🔗 Problem

Problem: At a party, 66 teenagers and 6 adults attend at first. Later on, the number of guests increases by 62. Near the end, an additional group of 52 people join the party. How many people attended the party in total?

GPT-4o:

    To determine the total number of people who attended the party, we need to add up all the attendees at different stages of the party.

    1. Initially, there are 66 teenagers and 6 adults:
    \[ 66 + 6 = 72 \]

    2. The number of guests increases by 62:
    \[ 72 + 62 = 134 \]

    3. Near the end, an additional group of 52 people join the party:
    \[ 134 + 52 = 186 \]

    Therefore, the total number of people who attended the party is 186.

    ### Answer: 186

Expected answer: 186

Correct? Yes

🔗 Follow-up

Problem: Following the party, the hosts want to estimate the total attendance for both the party and its pre-party. At the pre-party, the original group of teenagers and adults also attended (66 teenagers and 6 adults). How many people attended both events in total?

GPT-4o:

    To find the total attendance for both the party and the pre-party, we need to add the number of people who attended each event.

    1. The pre-party had the original group of 66 teenagers and 6 adults:
    \[ 66 + 6 = 72 \]

    2. The party itself had a total of 186 people, as calculated previously.

    To find the total attendance for both events, we add the number of attendees from the pre-party and the party:
    \[ 72 + 186 = 258 \]

    Therefore, the total number of people who attended both the pre-party and the party is 258.

    ### Answer: 258

Expected answer: 258

Correct? Yes

🔗 Problem

Problem: Tom has 11 hats. He then buys a box of hats that contains 42 more. How many hats does Tom have now?

GPT-4o:

    To determine the total number of hats Tom has now, we need to add the number of hats he originally had to the number of hats he bought.

    Tom originally has 11 hats.
    He buys a box containing 42 more hats.

    We add these two quantities together:
    \[ 11 + 42 = 53 \]

    ### Answer: 53

Expected answer: 53

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, what if Tom originally had 8 hats instead of 11? How many hats would Tom have after buying the box of 42 hats?

GPT-4o:

    To determine the total number of hats Tom would have if he originally had 8 hats and then bought a box containing 42 more hats, we need to add these two quantities together.

    Tom originally has 8 hats.
    He buys a box containing 42 more hats.

    We add these two quantities together:
    \[ 8 + 42 = 50 \]

    ### Answer: 50

Expected answer: 50

Correct? Yes

🔗 Problem

Problem: Penny has 9 pens in her backpack. Later in the day, she finds 56 gum wrappers in her backpack. How many items does Penny have in her backpack in total?

GPT-4o:

    To find the total number of items in Penny's backpack, we need to add the number of pens and the number of gum wrappers together.

    Penny has 9 pens and 56 gum wrappers.

    So, the total number of items is:
    \[ 9 + 56 \]

    Calculating the sum:
    \[ 9 + 56 = 65 \]

    ### Answer: 65

Expected answer: 65

Correct? Yes

🔗 Follow-up

Problem: Penny realizes she drastically underestimated the number of pens in her backpack. There are actually 90 pens, not 9. With the 56 gum wrappers, how many items does Penny have in her backpack now?

GPT-4o:

    To find the total number of items in Penny's backpack with the updated number of pens, we need to add the number of pens and the number of gum wrappers together.

    Penny has 90 pens and 56 gum wrappers.

    So, the total number of items is:
    \[ 90 + 56 \]

    Calculating the sum:
    \[ 90 + 56 = 146 \]

    ### Answer: 146

Expected answer: 146

Correct? Yes

🔗 Problem

Problem: At a beach party, one participant inflated 75 beach balls. Shortly after, another participant added 78 more beach balls. How many beach balls are there in total at the beach party?

GPT-4o:

    To find the total number of beach balls at the beach party, we need to add the number of beach balls inflated by the first participant to the number of beach balls added by the second participant.

    First participant: 75 beach balls
    Second participant: 78 beach balls

    Total number of beach balls = 75 + 78

    Let's perform the addition:

    \[ 75 + 78 = 153 \]

    ### Answer: 153

Expected answer: 153

Correct? Yes

🔗 Follow-up

Problem: After all the beach balls were inflated at the party, a group of latecomers showed up with 96 more beach balls of their own to add to the mix. How many beach balls are there now in total at the beach party?

GPT-4o:

    To find the new total number of beach balls at the beach party, we need to add the 96 beach balls brought by the latecomers to the existing total of 153 beach balls.

    Existing total: 153 beach balls
    Beach balls brought by latecomers: 96 beach balls

    Total number of beach balls = 153 + 96

    Let's perform the addition:

    \[ 153 + 96 = 249 \]

    ### Answer: 249

Expected answer: 249

Correct? Yes

🔗 Problem

Problem: At a party, 74 adults and 58 children were enjoying the games and food. Later, an additional 20 adults arrived. How many total people were at the party then?

GPT-4o:

    To find the total number of people at the party after the additional adults arrived, we need to add the number of adults and children initially present to the number of additional adults.

    1. Initially, there were 74 adults and 58 children.
    2. The total number of people initially at the party is:
       \[
       74 \text{ adults} + 58 \text{ children} = 132 \text{ people}
       \]

    3. An additional 20 adults arrived, so we add this number to the initial total:
       \[
       132 \text{ people} + 20 \text{ adults} = 152 \text{ people}
       \]

    ### Answer: 152

Expected answer: 152

Correct? Yes

🔗 Follow-up

Problem: At the party where 74 adults and 58 children were enjoying the games and food, 20 more adults arrived later. After a while, a bus with 65 more people, both adults, and children, came to join the party. How many total people were at the party after the bus arrived?

GPT-4o:

    To determine the total number of people at the party after the bus arrived, we need to follow these steps:

    1. Calculate the initial number of people at the party:
       \[
       74 \text{ adults} + 58 \text{ children} = 132 \text{ people}
       \]

    2. Add the 20 additional adults who arrived later:
       \[
       132 \text{ people} + 20 \text{ adults} = 152 \text{ people}
       \]

    3. Add the 65 more people who arrived by bus:
       \[
       152 \text{ people} + 65 \text{ people} = 217 \text{ people}
       \]

    ### Answer: 217

Expected answer: 217

Correct? Yes

🔗 Follow-up

Problem: Originally at the party there were 74 adults and 58 children. However, what if there were only 11 children to start with instead of 58? 20 more adults still arrive later. How many total people would be at the party then?

GPT-4o:

    To find the total number of people at the party with the new number of children, we need to adjust the initial count and then add the additional adults.

    1. Initially, there were 74 adults and 11 children.
    2. The total number of people initially at the party is:
       \[
       74 \text{ adults} + 11 \text{ children} = 85 \text{ people}
       \]

    3. An additional 20 adults arrived, so we add this number to the initial total:
       \[
       85 \text{ people} + 20 \text{ adults} = 105 \text{ people}
       \]

    ### Answer: 105

Expected answer: 105

Correct? Yes

🔗 Problem

Problem: A boat starts on the east coast and travels 43 squids (a joke nickname for miles) west. It then takes a detour for an additional 25 squids. After this, it travels another 33 squids. How far in total, in squids, has the boat traveled from the starting point of east coast?

GPT-4o:

    To determine the total distance the boat has traveled, we need to sum up all the distances it covered during its journey.

    1. The boat initially travels 43 squids west.
    2. It then takes a detour for an additional 25 squids.
    3. Finally, it travels another 33 squids.

    We add these distances together:

    \[ 43 \text{ squids} + 25 \text{ squids} + 33 \text{ squids} \]

    First, we add 43 and 25:

    \[ 43 + 25 = 68 \]

    Next, we add the result to 33:

    \[ 68 + 33 = 101 \]

    Therefore, the total distance the boat has traveled from the starting point is 101 squids.

    ### Answer: 101 squids

Expected answer: 101

Correct? Yes

🔗 Follow-up

Problem: Continuing from the last problem, the boat decides to continue its journey, traveling for another 83 squids. How far in total, in squids, has the boat traveled from the starting point of the East Coast now?

GPT-4o:

    To find the new total distance the boat has traveled, we need to add the additional 83 squids to the previous total distance of 101 squids.

    \[ 101 \text{ squids} + 83 \text{ squids} \]

    First, we perform the addition:

    \[ 101 + 83 = 184 \]

    Therefore, the total distance the boat has traveled from the starting point is now 184 squids.

    ### Answer: 184 squids

Expected answer: 184

Correct? Yes

🔗 Follow-up

Problem: Let's revisit the previous scenario. Suppose that the boat started on the East Coast and initially traveled 43 squids west, then took a detour that was only 25 squids long. But instead of moving an additional 33 squids as before, this time, it only travels another 30 squids. Now, how far, in squids, has the boat traveled from the starting point of the East Coast?

GPT-4o:

    To determine the total distance the boat has traveled in this revised scenario, we need to sum up all the distances it covered during its journey.

    1. The boat initially travels 43 squids west.
    2. It then takes a detour for an additional 25 squids.
    3. Finally, it travels another 30 squids.

    We add these distances together:

    \[ 43 \text{ squids} + 25 \text{ squids} + 30 \text{ squids} \]

    First, we add 43 and 25:

    \[ 43 + 25 = 68 \]

    Next, we add the result to 30:

    \[ 68 + 30 = 98 \]

    Therefore, the total distance the boat has traveled from the starting point is 98 squids.

    ### Answer: 98 squids

Expected answer: 98

Correct? Yes

🔗 Problem

Problem: Mary has 89 guitar picks in her collection. She goes to a music festival and indicates that she will have the amount she currently has plus 60 more after the event. How many guitar picks will Mary have after the festival?

GPT-4o:

    To determine how many guitar picks Mary will have after the festival, we need to add the number of guitar picks she currently has to the number she expects to gain.

    Mary currently has 89 guitar picks. She expects to gain 60 more guitar picks at the festival.

    We perform the addition:
    \[ 89 + 60 = 149 \]

    So, Mary will have 149 guitar picks after the festival.

    ### Answer: 149

Expected answer: 149

Correct? Yes

🔗 Follow-up

Problem: After the music festival, Mary's friend James gives her an additional 31 guitar picks for her collection. Now, with the ones she got from the festival and the ones James gave her, how many guitar picks does Mary have in her collection?

GPT-4o:

    To find out how many guitar picks Mary has after receiving additional picks from James, we need to add the number of guitar picks she had after the festival to the number of guitar picks James gave her.

    From the previous calculation, we know Mary had 149 guitar picks after the festival. James gave her an additional 31 guitar picks.

    We perform the addition:
    \[ 149 + 31 = 180 \]

    So, Mary now has 180 guitar picks in her collection.

    ### Answer: 180

Expected answer: 180

Correct? Yes

🔗 Follow-up

Problem: Instead of obtaining 60 guitar picks at the music festival, what if Mary had only managed to gather 27 more picks? How many guitar picks would Mary have had after the music festival in that case?

GPT-4o:

    To determine how many guitar picks Mary will have after the festival if she gathers 27 more picks, we need to add the number of guitar picks she currently has to the number she expects to gain.

    Mary currently has 89 guitar picks. She expects to gain 27 more guitar picks at the festival.

    We perform the addition:
    \[ 89 + 27 = 116 \]

    So, Mary will have 116 guitar picks after the festival.

    ### Answer: 116

Expected answer: 116

Correct? Yes

🔗 Problem

Problem: A fisherman was in his boat out on the lake. The total length, in inches, of all the fish he caught today was 90 inches. On the way back to shore, he caught 14 more inches of fish. He also caught a total of 56 inches of fish yesterday. Before he went home he caught an additional 46 inches of fish from the dock. If he added all the inches of fish he caught together, how many total inches of fish did he catch?

GPT-4o:

    To find the total inches of fish the fisherman caught, we need to add up all the inches of fish he caught over the two days.

    First, let's add the fish he caught today:
    - Initially, he caught 90 inches of fish.
    - On the way back to shore, he caught an additional 14 inches.
    - Before going home, he caught another 46 inches from the dock.

    So, the total inches of fish caught today is:
    \[ 90 + 14 + 46 \]

    Calculating this:
    \[ 90 + 14 = 104 \]
    \[ 104 + 46 = 150 \]

    Next, we add the fish he caught yesterday:
    - He caught 56 inches of fish yesterday.

    So, the total inches of fish caught over the two days is:
    \[ 150 + 56 \]

    Calculating this:
    \[ 150 + 56 = 206 \]

    ### Answer: 206

Expected answer: 206

Correct? Yes

🔗 Problem

Problem: Jackie has 49 contacts on her phone. She meets new people at a conference and adds 80 more contacts. Then, her co-worker gives her a list with 27 additional contacts. How many contacts does Jackie have on her phone now?

GPT-4o:

    To determine the total number of contacts Jackie has on her phone, we need to add the number of new contacts to her initial number of contacts.

    1. Jackie starts with 49 contacts.
    2. She adds 80 new contacts from the conference.
    3. She then adds 27 more contacts from her co-worker.

    First, we add the contacts from the conference:
    \[ 49 + 80 = 129 \]

    Next, we add the contacts from her co-worker:
    \[ 129 + 27 = 156 \]

    Therefore, the total number of contacts Jackie has on her phone now is:
    ### Answer: 156

Expected answer: 156

Correct? Yes

🔗 Follow-up

Problem: What if, instead of initially having 49 contacts, Jackie only had 32 contacts on her phone before the conference? How many contacts would she have on her phone after adding the 80 from the conference and the additional 27 from her co-worker?

GPT-4o:

    To determine the total number of contacts Jackie would have on her phone with the new initial number, we need to follow the same process of adding the new contacts to her initial number of contacts.

    1. Jackie starts with 32 contacts.
    2. She adds 80 new contacts from the conference.
    3. She then adds 27 more contacts from her co-worker.

    First, we add the contacts from the conference:
    \[ 32 + 80 = 112 \]

    Next, we add the contacts from her co-worker:
    \[ 112 + 27 = 139 \]

    Therefore, the total number of contacts Jackie would have on her phone now is:
    ### Answer: 139

Expected answer: 139

Correct? Yes

🔗 Problem

Problem: Elizabeth has 70 beads and buys another 55 beads for making her necklace. She also gets another 52 beads as a gift from her friend. How many beads does she have altogether now?

GPT-4o:

    To find out how many beads Elizabeth has altogether, we need to add the number of beads she originally had to the number of beads she bought and the number of beads she received as a gift.

    First, we add the beads she bought to the beads she originally had:
    \[ 70 + 55 = 125 \]

    Next, we add the beads she received as a gift to the total number of beads she has after buying more:
    \[ 125 + 52 = 177 \]

    So, Elizabeth has a total of 177 beads now.

    ### Answer: 177

Expected answer: 177

Correct? Yes

🔗 Follow-up

Problem: Following the previous question, let's consider a different scenario. Suppose initially, Elizabeth had 70 beads and still bought another 55. However, her friend, instead of giving her 52 beads, gave her 75 beads. How many beads does she have in this case?

GPT-4o:

    To determine how many beads Elizabeth has in this new scenario, we need to add the number of beads she originally had to the number of beads she bought and the number of beads she received as a gift.

    First, we add the beads she bought to the beads she originally had:
    \[ 70 + 55 = 125 \]

    Next, we add the beads she received as a gift to the total number of beads she has after buying more:
    \[ 125 + 75 = 200 \]

    So, in this case, Elizabeth has a total of 200 beads.

    ### Answer: 200

Expected answer: 200

Correct? Yes

🔗 Problem

Problem: In a mythical land, a unicorn, named Oscar, discovered 66 golden apples. To his surprise, after a magical event, the number of apples increased by 67. On his way back home, he found an extra 13 golden apples. How many golden apples does Oscar have now?

GPT-4o:

    Let's break down the problem step by step:

    1. Initially, Oscar discovered 66 golden apples.
    2. After a magical event, the number of apples increased by 67. So, we add 67 to the initial 66 apples:
       \[
       66 + 67 = 133
       \]
    3. On his way back home, Oscar found an extra 13 golden apples. We add these 13 apples to the current total of 133 apples:
       \[
       133 + 13 = 146
       \]

    Therefore, the total number of golden apples Oscar has now is 146.

    ### Answer: 146

Expected answer: 146

Correct? Yes

🔗 Problem

Problem: Jenny starts her day with 96 beads. She then gets an additional bracelet that has 73 more beads than she started with. How many beads are on the new bracelet?

GPT-4o:

    To determine the number of beads on the new bracelet, we need to add 73 to the number of beads Jenny started with.

    Jenny starts with 96 beads. The new bracelet has 73 more beads than this amount.

    So, we calculate:
    \[ 96 + 73 = 169 \]

    ### Answer: 169

Expected answer: 169

Correct? Yes

🔗 Follow-up

Problem: After receiving the new bracelet, Jenny decides to add 2 beads that she found in her room to her collection. How many beads does Jenny have now in total?

GPT-4o:

    First, we need to determine the total number of beads Jenny has after receiving the new bracelet. From the previous calculation, we know that the new bracelet has 169 beads.

    Jenny originally had 96 beads. So, the total number of beads she has after receiving the new bracelet is:
    \[ 96 + 169 = 265 \]

    Next, Jenny adds 2 more beads to her collection. Therefore, the new total number of beads is:
    \[ 265 + 2 = 267 \]

    ### Answer: 267

Expected answer: 171

Correct? No

🔗 Follow-up

Problem: Instead of starting the day with 96 beads, imagine that Jenny had only 29 beads to begin with. She still adds a new bracelet to her collection, which has 73 more beads than she started the day with. How many beads are on this new bracelet?

GPT-4o:

    To determine the number of beads on the new bracelet, we need to add 73 to the number of beads Jenny started with.

    Jenny starts with 29 beads. The new bracelet has 73 more beads than this amount.

    So, we calculate:
    \[ 29 + 73 = 102 \]

    ### Answer: 102

Expected answer: 102

Correct? Yes

🔗 Problem

Problem: A cat named Whiskers catches 50 mice in a year. In the same year, another cat named Velvet catches 89. How many mice combined did Whiskers and Velvet catch in that year?

GPT-4o:

    To find the total number of mice caught by both Whiskers and Velvet in a year, we simply add the number of mice each cat caught.

    Whiskers caught 50 mice.
    Velvet caught 89 mice.

    Adding these together:
    \[ 50 + 89 = 139 \]

    ### Answer: 139

Expected answer: 139

Correct? Yes

🔗 Follow-up

Problem: Following the previous problem, suppose Whiskers had a surge in hunting activity and caught an additional amount of mice equal to the combined total previously calculated. How many mice would Whiskers have caught in total by the end of the year?

GPT-4o:

    First, we know from the previous problem that the combined total number of mice caught by Whiskers and Velvet is 139.

    Whiskers originally caught 50 mice. If Whiskers catches an additional 139 mice, we need to add this to the original number of mice caught by Whiskers.

    So, the total number of mice Whiskers would have caught is:
    \[ 50 + 139 = 189 \]

    ### Answer: 189

Expected answer: 189

Correct? Yes

🔗 Follow-up

Problem: Referring back to the first problem, suppose Whiskers only caught 4 mice in the year instead of 50. Considering Velvet still caught 89 mice, how many mice combined did Whiskers and Velvet catch in that year?

GPT-4o:

    To find the total number of mice caught by both Whiskers and Velvet in a year with the updated information, we add the number of mice each cat caught.

    Whiskers caught 4 mice.
    Velvet caught 89 mice.

    Adding these together:
    \[ 4 + 89 = 93 \]

    ### Answer: 93

Expected answer: 93

Correct? Yes

🔗 Problem

Problem: Oliver has 80 maps in his collection. Then, he acquires an additional 77 maps. How many maps does Oliver have in his collection now?

GPT-4o:

    To find out how many maps Oliver has in his collection now, we need to add the number of maps he originally had to the number of maps he acquired.

    Oliver originally had 80 maps.
    He acquired an additional 77 maps.

    So, we add these two numbers together:
    \[ 80 + 77 = 157 \]

    ### Answer: 157

Expected answer: 157

Correct? Yes

🔗 Follow-up

Problem: Following the previous question, Oliver decided to visit a flea market and found additional 61 old maps to add to his collection. Now, how many maps does Oliver have in his collection?

GPT-4o:

    To determine the total number of maps Oliver has after acquiring an additional 61 maps, we need to add this new amount to the number of maps he already had.

    From the previous calculation, Oliver had 157 maps.

    He then acquired an additional 61 maps.

    So, we add these two numbers together:
    \[ 157 + 61 = 218 \]

    ### Answer: 218

Expected answer: 218

Correct? Yes

🔗 Follow-up

Problem: Consider the map collection problem again. What if Oliver originally had 72 maps instead of 80, but still added the same number of maps (77) to his collection. Now, how many maps does Oliver have in his collection?

GPT-4o:

    To determine the total number of maps Oliver has in his collection now, we need to add the number of maps he originally had to the number of maps he acquired.

    Oliver originally had 72 maps.
    He acquired an additional 77 maps.

    So, we add these two numbers together:
    \[ 72 + 77 = 149 \]

    ### Answer: 149

Expected answer: 149

Correct? Yes

🔗 Problem

Problem: Joseph was weaving a blanket and the first day, he made 17 pieces. On the second day, he added an additional 33 pieces to his work. After seeing his work, his grandmother made 19 more pieces and added them to Joseph's work. How many pieces were made in total?

GPT-4o:

    To find the total number of pieces made, we need to add the pieces made by Joseph on both days and the pieces made by his grandmother.

    First, let's add the pieces Joseph made:
    - On the first day, Joseph made 17 pieces.
    - On the second day, Joseph made 33 pieces.

    Adding these together:
    \[ 17 + 33 = 50 \]

    Next, we add the pieces made by his grandmother:
    - His grandmother made 19 pieces.

    Adding these to the total pieces Joseph made:
    \[ 50 + 19 = 69 \]

    Therefore, the total number of pieces made is:
    ### Answer: 69

Expected answer: 69

Correct? Yes

🔗 Problem

Problem: Mark has 79 apples from his apple picking trip. His friend gifts him more apples such that the total count is now 92 more than his initial count. A week later, his neighbor gifts him another 24 apples. How many apples does Mark have now?

GPT-4o:

    First, let's determine how many apples Mark had after his friend gifted him more apples.

    Mark initially had 79 apples. His friend gifted him enough apples to make the total count 92 more than his initial count. Therefore, the total number of apples after the gift is:
    \[ 79 + 92 = 171 \]

    Next, a week later, his neighbor gifted him another 24 apples. So, we add these 24 apples to the 171 apples he already had:
    \[ 171 + 24 = 195 \]

    ### Answer: 195

Expected answer: 195

Correct? Yes

🔗 Follow-up

Problem: Following the previous scenario, Mark's cousin visits him and, being aware of his enthusiasm for apples, gifts him another 40 apples. Now, how many apples does Mark have in total?

GPT-4o:

    From the previous scenario, we know that Mark had 195 apples after receiving gifts from his friend and neighbor.

    Now, Mark's cousin gifts him another 40 apples. To find the new total, we add these 40 apples to the 195 apples he already has:
    \[ 195 + 40 = 235 \]

    ### Answer: 235

Expected answer: 235

Correct? Yes

🔗 Follow-up

Problem: Going back to Mark's initial apple count, let's say he originally had 79 apples from his apple picking trip. His friend gifts him more apples such that the total count is now 92 more than his initial count. This time, however, his neighbour gifts him another 64 apples instead of 24. How many apples does Mark have in this scenario?

GPT-4o:

    First, let's determine how many apples Mark had after his friend gifted him more apples.

    Mark initially had 79 apples. His friend gifted him enough apples to make the total count 92 more than his initial count. Therefore, the total number of apples after the gift is:
    \[ 79 + 92 = 171 \]

    Next, his neighbor gifted him another 64 apples. So, we add these 64 apples to the 171 apples he already had:
    \[ 171 + 64 = 235 \]

    ### Answer: 235

Expected answer: 235

Correct? Yes

🔗 Problem

Problem: In a fairy realm, Twinkle, a star fairy finds 35 magical clovers. Lumina, a light fairy finds 69 more. How many magical clovers did they both find in total?

GPT-4o:

    To find the total number of magical clovers that Twinkle and Lumina found, we need to add the number of clovers each fairy found.

    Twinkle found 35 magical clovers.
    Lumina found 69 magical clovers.

    Adding these together:
    \[ 35 + 69 = 104 \]

    ### Answer: 104

Expected answer: 104

Correct? Yes

🔗 Follow-up

Problem: After gathering their magical clovers, Twinkle and Lumina decide to pool their findings together. How many magical clovers do Twinkle and Lumina have together now?

GPT-4o:

    Twinkle found 35 magical clovers, and Lumina found 69 magical clovers. To find the total number of magical clovers they have together, we add the two amounts:

    \[ 35 + 69 = 104 \]

    ### Answer: 104

Expected answer: 104

Correct? Yes

🔗 Follow-up

Problem: After re-counting their magical clovers, Twinkle realizes that she actually found 24, not 35. If Lumina still found 69, how many magical clovers do they have now when pooled together?

GPT-4o:

    To find the total number of magical clovers that Twinkle and Lumina have after the recount, we need to add the corrected number of clovers each fairy found.

    Twinkle found 24 magical clovers.
    Lumina found 69 magical clovers.

    Adding these together:
    \[ 24 + 69 = 93 \]

    ### Answer: 93

Expected answer: 93

Correct? Yes

🔗 Problem

Problem: A weather instrument measured the wind speed at 93 miles per hour at one location. At another location, the wind speed was exactly the same. What was the combined wind speed recorded at the two locations?

GPT-4o:

    To find the combined wind speed recorded at the two locations, we simply add the wind speeds measured at each location.

    Given:
    - Wind speed at the first location: 93 miles per hour
    - Wind speed at the second location: 93 miles per hour

    Combined wind speed = 93 miles per hour + 93 miles per hour
    Combined wind speed = 186 miles per hour

    ### Answer: 186 miles per hour

Expected answer: 186

Correct? Yes

🔗 Follow-up

Problem: Continuing from the last problem, an additional location was checked, and its wind speed was also 93 miles per hour. What is the total wind speed recorded across all three locations?

GPT-4o:

    To find the total wind speed recorded across all three locations, we add the wind speeds measured at each location.

    Given:
    - Wind speed at the first location: 93 miles per hour
    - Wind speed at the second location: 93 miles per hour
    - Wind speed at the third location: 93 miles per hour

    Total wind speed = 93 miles per hour + 93 miles per hour + 93 miles per hour
    Total wind speed = 3 * 93 miles per hour
    Total wind speed = 279 miles per hour

    ### Answer: 279 miles per hour

Expected answer: 279

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, suppose that the wind speed at each of the initial two locations was 99 miles per hour instead of 93. What would the combined wind speed from these two locations be then?

GPT-4o:

    To find the combined wind speed recorded at the two locations with the updated wind speeds, we add the wind speeds measured at each location.

    Given:
    - Wind speed at the first location: 99 miles per hour
    - Wind speed at the second location: 99 miles per hour

    Combined wind speed = 99 miles per hour + 99 miles per hour
    Combined wind speed = 198 miles per hour

    ### Answer: 198 miles per hour

Expected answer: 198

Correct? Yes

🔗 Problem

Problem: A robot is programmed to drive around a circuit. Initially, it travels 10 meters. Then, it runs an updated programming command that allows it to travel 26 meters more than it originally did. How far in total does the robot travel after running the updated programming command?

GPT-4o:

    To determine the total distance the robot travels after running the updated programming command, we need to add the initial distance it traveled to the additional distance specified by the updated command.

    1. The initial distance the robot travels is 10 meters.
    2. The updated programming command allows the robot to travel 26 meters more than the initial distance. Therefore, the additional distance is 26 meters.

    Now, we add these two distances together:
    \[ \text{Total distance} = \text{Initial distance} + \text{Additional distance} \]
    \[ \text{Total distance} = 10 \text{ meters} + 26 \text{ meters} \]
    \[ \text{Total distance} = 36 \text{ meters} \]

    ### Answer: 36 meters

Expected answer: 36

Correct? Yes

🔗 Follow-up

Problem: After the robot ran the updated programming command, it was given another update that allowed it to travel an additional 89 meters beyond the distance it covered with the first update. How far in total did the robot travel after this second update?

GPT-4o:

    To determine the total distance the robot travels after the second update, we need to add the distance it traveled after the first update to the additional distance specified by the second update.

    1. From the previous calculation, the robot traveled 36 meters after the first update.
    2. The second update allows the robot to travel an additional 89 meters.

    Now, we add these two distances together:
    \[ \text{Total distance after second update} = \text{Distance after first update} + \text{Additional distance from second update} \]
    \[ \text{Total distance after second update} = 36 \text{ meters} + 89 \text{ meters} \]
    \[ \text{Total distance after second update} = 125 \text{ meters} \]

    ### Answer: 125 meters

Expected answer: 125

Correct? Yes

🔗 Follow-up

Problem: Consider if the robot initially traveled 43 meters instead of 10 meters before running the updated programming command. How far in total would the robot travel after running the updated programming command then?

GPT-4o:

    To determine the total distance the robot travels after running the updated programming command with the new initial distance, we follow a similar process:

    1. The initial distance the robot travels is now 43 meters.
    2. The updated programming command allows the robot to travel 26 meters more than the initial distance. Therefore, the additional distance remains 26 meters.

    Now, we add these two distances together:
    \[ \text{Total distance} = \text{Initial distance} + \text{Additional distance} \]
    \[ \text{Total distance} = 43 \text{ meters} + 26 \text{ meters} \]
    \[ \text{Total distance} = 69 \text{ meters} \]

    ### Answer: 69 meters

Expected answer: 69

Correct? Yes

🔗 Problem

Problem: Ella owns 5 pens, while Zach owns 30 pens. They both decide to donate all their pens to a local school. How many pens are they donating to the school?

GPT-4o:

    To find the total number of pens donated by Ella and Zach, we need to add the number of pens each of them owns.

    Ella owns 5 pens.
    Zach owns 30 pens.

    Adding these together:
    \[ 5 + 30 = 35 \]

    ### Answer: 35

Expected answer: 35

Correct? Yes

🔗 Follow-up

Problem: After Ella and Zach donate their pens to the local school, the school received another donation of 80 pens from a stationery company. How many total pens does the school now have after receiving all of the donation?

GPT-4o:

    First, we need to determine the total number of pens donated by Ella and Zach, which we previously calculated as 35 pens.

    Next, we add the additional 80 pens donated by the stationery company to the 35 pens donated by Ella and Zach.

    \[ 35 + 80 = 115 \]

    ### Answer: 115

Expected answer: 115

Correct? Yes

🔗 Follow-up

Problem: Ella realized that she actually had 50 pens instead of 5. Adding to Zach's 30 pens they had earlier, how many pens are they donating to the local school now?

GPT-4o:

    To find the updated total number of pens donated by Ella and Zach, we need to add the corrected number of pens Ella owns to the number of pens Zach owns.

    Ella owns 50 pens.
    Zach owns 30 pens.

    Adding these together:
    \[ 50 + 30 = 80 \]

    ### Answer: 80

Expected answer: 80

Correct? Yes

🔗 Problem

Problem: A dog shelter has 62 indoor kennels and 52 outdoor kennels for the dogs. How many kennels do they have altogether?

GPT-4o:

    To find the total number of kennels, we need to add the number of indoor kennels to the number of outdoor kennels.

    Number of indoor kennels: 62
    Number of outdoor kennels: 52

    Total number of kennels = Number of indoor kennels + Number of outdoor kennels
    Total number of kennels = 62 + 52

    Let's perform the addition:
    62 + 52 = 114

    ### Answer: 114

Expected answer: 114

Correct? Yes

🔗 Follow-up

Problem: What if at the start, the shelter originally had 89 indoor kennels instead of 62. How many kennels would they have combined with the 52 outdoor kennels in this scenario?

GPT-4o:

    To find the total number of kennels in this new scenario, we need to add the updated number of indoor kennels to the number of outdoor kennels.

    Number of indoor kennels: 89
    Number of outdoor kennels: 52

    Total number of kennels = Number of indoor kennels + Number of outdoor kennels
    Total number of kennels = 89 + 52

    Let's perform the addition:
    89 + 52 = 141

    ### Answer: 141

Expected answer: 141

Correct? Yes

🔗 Problem

Problem: In a math class, students have to draw shapes based on certain numeric conditions. One student starts by rotating an angle to form 92 degrees. Then, he rotates the same angle by an additional 84 degrees. This gives him shape 't'. He modifies shape 't' by rotating another 90 degrees and labels this as shape 'l'. Finally, he rotates it by another 66 degrees to form shape 'n'. What is the total degree measure of the rotations made to get shape 'n'?

GPT-4o:

    To determine the total degree measure of the rotations made to get shape 'n', we need to sum all the individual rotations.

    1. The first rotation is 92 degrees.
    2. The second rotation is 84 degrees.
    3. The third rotation is 90 degrees.
    4. The fourth rotation is 66 degrees.

    We add these rotations together:

    \[ 92 + 84 + 90 + 66 \]

    First, add 92 and 84:

    \[ 92 + 84 = 176 \]

    Next, add 90 to the result:

    \[ 176 + 90 = 266 \]

    Finally, add 66 to the result:

    \[ 266 + 66 = 332 \]

    Thus, the total degree measure of the rotations made to get shape 'n' is 332 degrees.

    ### Answer: 332 degrees

Expected answer: 332

Correct? Yes

🔗 Follow-up

Problem: After the student creates shape 'n', he isn't quite satisfied. He rotates his most recent shape by another 22 degrees in order to make shape 'z'. What is the total degree measure of the rotations made to end up with shape 'z'?

GPT-4o:

    To determine the total degree measure of the rotations made to end up with shape 'z', we need to add the additional 22 degrees to the total rotations made to get shape 'n'.

    From the previous calculation, the total degree measure to get shape 'n' was 332 degrees.

    Now, we add the additional 22 degrees:

    \[ 332 + 22 \]

    Perform the addition:

    \[ 332 + 22 = 354 \]

    Thus, the total degree measure of the rotations made to end up with shape 'z' is 354 degrees.

    ### Answer: 354 degrees

Expected answer: 354

Correct? Yes

🔗 Follow-up

Problem: Let's change the scenario a bit. Suppose the student does everything as before, rotating an angle to form 92 degrees, and again by an additional of 84 degrees to form shape 't'. Then they modify shape 't' by adding another 90 degrees to form shape 'l'. But this time, instead of rotating an additional 66 degrees for shape 'n', he rotates by 30 degrees. What would be the total degree measure of the rotations made to get to shape 'n' in this case?

GPT-4o:

    To determine the total degree measure of the rotations made to get shape 'n' in this modified scenario, we need to sum all the individual rotations.

    1. The first rotation is 92 degrees.
    2. The second rotation is 84 degrees.
    3. The third rotation is 90 degrees.
    4. The fourth rotation is 30 degrees.

    We add these rotations together:

    \[ 92 + 84 + 90 + 30 \]

    First, add 92 and 84:

    \[ 92 + 84 = 176 \]

    Next, add 90 to the result:

    \[ 176 + 90 = 266 \]

    Finally, add 30 to the result:

    \[ 266 + 30 = 296 \]

    Thus, the total degree measure of the rotations made to get shape 'n' in this modified scenario is 296 degrees.

    ### Answer: 296 degrees

Expected answer: 296

Correct? Yes

🔗 Problem

Problem: Jeremy bought 28 pieces of cheese from the cheese shop. Later that day, he buys 4 more pieces from the market. How many pieces of cheese does Jeremy now have?

GPT-4o:

    To determine the total number of pieces of cheese Jeremy has, we need to add the pieces he bought from the cheese shop to the pieces he bought from the market.

    Jeremy initially bought 28 pieces of cheese from the cheese shop. Later, he bought 4 more pieces from the market.

    So, the total number of pieces of cheese Jeremy has is:
    \[ 28 + 4 = 32 \]

    ### Answer: 32

Expected answer: 32

Correct? Yes

🔗 Follow-up

Problem: Let's imagine that when Jeremy first went shopping, he actually only bought 26 pieces of cheese from the cheese shop, but he still bought 4 more pieces from the market later that day. How many pieces of cheese would Jeremy have then?

GPT-4o:

    To determine the total number of pieces of cheese Jeremy would have in this scenario, we need to add the pieces he bought from the cheese shop to the pieces he bought from the market.

    Jeremy initially bought 26 pieces of cheese from the cheese shop. Later, he bought 4 more pieces from the market.

    So, the total number of pieces of cheese Jeremy would have is:
    \[ 26 + 4 = 30 \]

    ### Answer: 30

Expected answer: 30

Correct? Yes

🔗 Problem

Problem: Once upon a time, there were 84 magic jewels in the secret treasure chest of the kingdom. Young princess Mia found the treasure chest and a magical charm that whenever she puts it on 83 more magic jewels appear in the chest. How many magic jewels are there in the treasure chest now?

GPT-4o:

    To determine the number of magic jewels in the treasure chest after Princess Mia uses the magical charm, we need to add the initial number of jewels to the number of jewels that appear due to the charm.

    Initially, there are 84 magic jewels in the chest.

    When Princess Mia puts on the magical charm, 83 more magic jewels appear.

    So, the total number of magic jewels in the chest now is:
    \[ 84 + 83 = 167 \]

    ### Answer: 167

Expected answer: 167

Correct? Yes

🔗 Follow-up

Problem: After Princess Mia discovered the magic of the charm, she was very excited and couldn't resist using the charm one more time. This time, instead of 83 magic jewels, 72 extra magic jewels appeared in the treasure chest. How many magic jewels are there in the treasure chest now?

GPT-4o:

    To find the total number of magic jewels in the treasure chest after Princess Mia uses the charm a second time, we need to add the number of jewels that appeared the second time to the current total.

    From the previous calculation, we know that there are already 167 magic jewels in the chest.

    This time, 72 extra magic jewels appeared.

    So, the new total number of magic jewels in the chest is:
    \[ 167 + 72 = 239 \]

    ### Answer: 239

Expected answer: 239

Correct? Yes

🔗 Problem

Problem: In a jewelry store, there are 98 rings on display. In another display case, there are an additional number of rings that is equal to 59 plus the number of rings in the first display case. How many rings are in the second display case?

GPT-4o:

    To find the number of rings in the second display case, we need to add 59 to the number of rings in the first display case.

    The number of rings in the first display case is 98.

    So, the number of rings in the second display case is:
    \[ 98 + 59 \]

    Now, let's perform the addition:
    \[ 98 + 59 = 157 \]

    ### Answer: 157

Expected answer: 157

Correct? Yes

🔗 Follow-up

Problem: Following the previous scenario, the jewelry store receives a new batch of 84 rings that are added to the second display case. What is the new total number of rings in the second display case after adding the new batch?

GPT-4o:

    To find the new total number of rings in the second display case after adding the new batch, we need to add the 84 new rings to the current number of rings in the second display case.

    From the previous calculation, we know that the second display case initially has 157 rings.

    So, the new total number of rings in the second display case is:
    \[ 157 + 84 \]

    Now, let's perform the addition:
    \[ 157 + 84 = 241 \]

    ### Answer: 241

Expected answer: 241

Correct? Yes

🔗 Follow-up

Problem: Let's rethink our original scenario at the jewelry store. Suppose instead that the second display contained a number of rings equal to 43 plus the number of rings in the first display case, which was 98. In that case, how many rings would the second display case have held?

GPT-4o:

    To find the number of rings in the second display case, we need to add 43 to the number of rings in the first display case.

    The number of rings in the first display case is 98.

    So, the number of rings in the second display case is:
    \[ 98 + 43 \]

    Now, let's perform the addition:
    \[ 98 + 43 = 141 \]

    ### Answer: 141

Expected answer: 141

Correct? Yes

🔗 Problem

Problem: In a school stationery shop, there are 74 erasers available. If the shopkeeper adds 32 more erasers to the inventory, how many erasers are there in total?

GPT-4o:

    To find the total number of erasers after the shopkeeper adds more to the inventory, we need to add the initial number of erasers to the number of erasers added.

    Initial number of erasers: 74
    Number of erasers added: 32

    Total number of erasers = Initial number of erasers + Number of erasers added
    Total number of erasers = 74 + 32

    Now, let's perform the addition:

    74
    +32
    -----
    106

    So, the total number of erasers in the inventory is 106.

    ### Answer: 106

Expected answer: 106

Correct? Yes

🔗 Follow-up

Problem: In a school stationery shop, there are 74 erasers available. A shopkeeper adds 32 more erasers to the inventory. Later in the day, a student donates another 24 erasers to the school shop. How many erasers are there in total now?

GPT-4o:

    To find the total number of erasers after the shopkeeper adds more and a student donates additional erasers, we need to add all the quantities together.

    Initial number of erasers: 74
    Number of erasers added by the shopkeeper: 32
    Number of erasers donated by the student: 24

    Total number of erasers = Initial number of erasers + Number of erasers added by the shopkeeper + Number of erasers donated by the student
    Total number of erasers = 74 + 32 + 24

    Now, let's perform the addition step-by-step:

    First, add the erasers added by the shopkeeper to the initial number of erasers:
    74 + 32 = 106

    Next, add the erasers donated by the student to the current total:
    106 + 24 = 130

    So, the total number of erasers in the inventory now is 130.

    ### Answer: 130

Expected answer: 130

Correct? Yes

🔗 Problem

Problem: Sally was on a swing and she swung back and forth 57 times. Jack also started swinging and he swung back and forth 57 more times than Sally. Xavier, feeling competitive, starts swinging too and he further manages to swing back forth 92 times more than Jack. How many times did Xavier swing back and forth?

GPT-4o:

    To determine how many times Xavier swung back and forth, we need to first calculate the number of swings for Jack and then for Xavier.

    1. Sally swung back and forth 57 times.
    2. Jack swung 57 more times than Sally. Therefore, Jack's swings are:
       \[
       57 + 57 = 114
       \]

    3. Xavier swung 92 more times than Jack. Therefore, Xavier's swings are:
       \[
       114 + 92 = 206
       \]

    ### Answer: 206

Expected answer: 206

Correct? Yes

🔗 Follow-up

Problem: After Xavier finishes his turn on the swing, Faye decides to take a ride. She swings back and forth 95 times. If we add the number of times Faye swung to the number of times Xavier swung, how many total swings is that?

GPT-4o:

    To find the total number of swings made by Faye and Xavier combined, we need to add the number of swings each of them made.

    1. Xavier swung back and forth 206 times.
    2. Faye swung back and forth 95 times.

    Adding these together:
    \[
    206 + 95 = 301
    \]

    ### Answer: 301

Expected answer: 301

Correct? Yes

🔗 Follow-up

Problem: In the previous problem, we learned that Jack swung 57 times more than Sally. But what if Jack had only swung 46 times more than Sally? Sally still swung 57 times. If Jack then swung 46 more times than Sally, and Xavier again swung 92 times more than Jack, how many swings would Xavier have taken in this case?

GPT-4o:

    To determine how many times Xavier swung back and forth in this new scenario, we need to first calculate the number of swings for Jack and then for Xavier.

    1. Sally swung back and forth 57 times.
    2. Jack swung 46 more times than Sally. Therefore, Jack's swings are:
       \[
       57 + 46 = 103
       \]

    3. Xavier swung 92 more times than Jack. Therefore, Xavier's swings are:
       \[
       103 + 92 = 195
       \]

    ### Answer: 195

Expected answer: 195

Correct? Yes

🔗 Problem

Problem: Tommy absolutely loves ice cream. One day he ate 15 ice creams. The next day, he ate twice that amount. On the third day, he couldn't resist and ate 31 more than he did on the second day. How many ice creams did Tommy eat on the third day?

GPT-4o:

    Let's break down the problem step by step:

    1. On the first day, Tommy ate 15 ice creams.
    2. On the second day, he ate twice the amount he ate on the first day. Therefore, on the second day, he ate:
       \[
       2 \times 15 = 30 \text{ ice creams}
       \]
    3. On the third day, he ate 31 more ice creams than he did on the second day. Therefore, on the third day, he ate:
       \[
       30 + 31 = 61 \text{ ice creams}
       \]

    ### Answer: 61

Expected answer: 61

Correct? Yes

🔗 Follow-up

Problem: In the initial scenario, Tommy ate 15 ice creams on the first day and twice that amount on the second. Given this, suppose on the third day, Tommy ate 32 more than the number of ice creams he had on the second day, instead of 31. How many ice creams would Tommy have eaten on the third day, then?

GPT-4o:

    Let's break down the problem step by step:

    1. On the first day, Tommy ate 15 ice creams.
    2. On the second day, he ate twice the amount he ate on the first day. Therefore, on the second day, he ate:
       \[
       2 \times 15 = 30 \text{ ice creams}
       \]
    3. On the third day, he ate 32 more ice creams than he did on the second day. Therefore, on the third day, he ate:
       \[
       30 + 32 = 62 \text{ ice creams}
       \]

    ### Answer: 62

Expected answer: 62

Correct? Yes

🔗 Problem

Problem: Michael has a camera collection. He starts off with 97 cameras. He wins a major auction and adds another 65 cameras. How many cameras does he have in his collection now?

GPT-4o:

    To determine the total number of cameras Michael has in his collection, we need to add the number of cameras he started with to the number of cameras he won in the auction.

    Michael starts with 97 cameras.
    He wins an additional 65 cameras.

    We add these two quantities together:
    \[ 97 + 65 \]

    First, we add the units place:
    \[ 7 + 5 = 12 \]
    We write down 2 and carry over 1 to the tens place.

    Next, we add the tens place along with the carried over 1:
    \[ 9 + 6 + 1 = 16 \]

    Combining these, we get:
    \[ 97 + 65 = 162 \]

    ### Answer: 162

Expected answer: 162

Correct? Yes

🔗 Follow-up

Problem: After winning the auction, Michael receives a gift of 82 more cameras from a close friend who is retiring from photography. How many cameras does he have in his collection now?

GPT-4o:

    To find out how many cameras Michael has in his collection after receiving the gift, we need to add the number of cameras he had after the auction to the number of cameras he received as a gift.

    From the previous calculation, Michael had 162 cameras after winning the auction.

    He then receives an additional 82 cameras as a gift.

    We add these two quantities together:
    \[ 162 + 82 \]

    First, we add the units place:
    \[ 2 + 2 = 4 \]

    Next, we add the tens place:
    \[ 6 + 8 = 14 \]
    We write down 4 and carry over 1 to the hundreds place.

    Finally, we add the hundreds place along with the carried over 1:
    \[ 1 + 1 = 2 \]

    Combining these, we get:
    \[ 162 + 82 = 244 \]

    ### Answer: 244

Expected answer: 244

Correct? Yes

🔗 Follow-up

Problem: What would have been the total number of cameras if Michael originally started off with 35 cameras instead of 97 before he won the auction and received additional cameras?

GPT-4o:

    To determine the total number of cameras Michael would have if he originally started with 35 cameras and then won an additional 65 cameras in the auction, we need to add these two quantities together.

    Michael starts with 35 cameras.
    He wins an additional 65 cameras.

    We add these two quantities together:
    \[ 35 + 65 \]

    First, we add the units place:
    \[ 5 + 5 = 10 \]
    We write down 0 and carry over 1 to the tens place.

    Next, we add the tens place along with the carried over 1:
    \[ 3 + 6 + 1 = 10 \]

    Combining these, we get:
    \[ 35 + 65 = 100 \]

    ### Answer: 100

Expected answer: 100

Correct? Yes

🔗 Problem

Problem: Sam has 75 skateboard stickers. His friend Zack gives him another 68 stickers. Later, his other friend Ethan gives him 46 more stickers. How many skateboard stickers does Sam have now?

GPT-4o:

    To determine the total number of skateboard stickers Sam has, we need to add the stickers he received from his friends to the stickers he originally had.

    1. Sam starts with 75 skateboard stickers.
    2. Zack gives Sam 68 more stickers.
    3. Ethan gives Sam an additional 46 stickers.

    First, we add the stickers from Zack to Sam's original amount:
    \[ 75 + 68 = 143 \]

    Next, we add the stickers from Ethan to the new total:
    \[ 143 + 46 = 189 \]

    So, the total number of skateboard stickers Sam has now is:
    ### Answer: 189

Expected answer: 189

Correct? Yes

🔗 Follow-up

Problem: Let's imagine that this time, Sam originally had 75 skateboard stickers, but his friend Zack gave him fewer stickers than before, just 68 stickers. However, his other friend Ethan only contributes 16 stickers this time. How many skateboard stickers does Sam have now?

GPT-4o:

    To determine the total number of skateboard stickers Sam has now, we need to add the stickers he received from his friends to the stickers he originally had.

    1. Sam starts with 75 skateboard stickers.
    2. Zack gives Sam 68 more stickers.
    3. Ethan gives Sam an additional 16 stickers.

    First, we add the stickers from Zack to Sam's original amount:
    \[ 75 + 68 = 143 \]

    Next, we add the stickers from Ethan to the new total:
    \[ 143 + 16 = 159 \]

    So, the total number of skateboard stickers Sam has now is:
    ### Answer: 159

Expected answer: 159

Correct? Yes

🔗 Problem

Problem: Samantha has 54 yellow crayons in her art box. Then, her friend Christina gave her 20 more crayons. How many crayons does Samantha have in total?

GPT-4o:

    To find out how many crayons Samantha has in total, we need to add the number of crayons she originally had to the number of crayons her friend Christina gave her.

    Samantha originally has 54 yellow crayons.
    Christina gave her 20 more crayons.

    Now, we add these two amounts together:
    \[ 54 + 20 = 74 \]

    ### Answer: 74

Expected answer: 74

Correct? Yes

🔗 Follow-up

Problem: Samantha counts all the crayons in her art box. She realizes that she now has a new total number of crayons due to the 54 yellow ones and the 20 her friend Christina gave her. How many crayons does Samantha have now?

GPT-4o:

    To determine the total number of crayons Samantha has now, we need to add the 54 yellow crayons she originally had to the 20 crayons her friend Christina gave her.

    So, we perform the addition:
    \[ 54 + 20 = 74 \]

    ### Answer: 74

Expected answer: 74

Correct? Yes

🔗 Follow-up

Problem: Suppose Samantha originally had only 3 yellow crayons in her art box instead of 54 before her friend Christina gave her 20 more crayons. How many crayons would Samantha have in that case?

GPT-4o:

    To determine how many crayons Samantha would have if she originally had only 3 yellow crayons and then received 20 more from her friend Christina, we need to add these two amounts together.

    Samantha originally has 3 yellow crayons.
    Christina gave her 20 more crayons.

    Now, we add these two amounts together:
    \[ 3 + 20 = 23 \]

    ### Answer: 23

Expected answer: 23

Correct? Yes

🔗 Problem

Problem: In an amusement park, there are 75 people waiting in line to slide down one slide, while 73 people are lined up for another slide. How many total people are waiting to slide down the slides?

GPT-4o:

    To find the total number of people waiting to slide down the slides, we need to add the number of people in each line.

    First, we have 75 people waiting in line for the first slide.
    Next, we have 73 people waiting in line for the second slide.

    Adding these two numbers together:

    \[ 75 + 73 = 148 \]

    ### Answer: 148

Expected answer: 148

Correct? Yes

🔗 Follow-up

Problem: After recounting, it turns out that there were actually 27 people waiting in line for one slide, not 75, while 73 people are still lined up for the other slide. Now, how many total people are waiting to slide down the slides?

GPT-4o:

    To find the total number of people waiting to slide down the slides after the recount, we need to add the updated number of people in each line.

    First, we have 27 people waiting in line for the first slide.
    Next, we have 73 people waiting in line for the second slide.

    Adding these two numbers together:

    \[ 27 + 73 = 100 \]

    ### Answer: 100

Expected answer: 100

Correct? Yes

🔗 Problem

Problem: A teacher has a classroom of 10 students in the morning and 13 students in the afternoon. The other teacher has 36 students in the morning and 80 in the afternoon. How many students do these teachers teach in total in a day?

GPT-4o:

    To find the total number of students taught by both teachers in a day, we need to add the number of students each teacher has in the morning and afternoon sessions.

    First, let's calculate the total number of students for the first teacher:
    - Morning: 10 students
    - Afternoon: 13 students

    Total for the first teacher:
    \[ 10 + 13 = 23 \]

    Next, let's calculate the total number of students for the second teacher:
    - Morning: 36 students
    - Afternoon: 80 students

    Total for the second teacher:
    \[ 36 + 80 = 116 \]

    Now, we add the totals for both teachers:
    \[ 23 + 116 = 139 \]

    ### Answer: 139

Expected answer: 139

Correct? Yes

🔗 Follow-up

Problem: A teacher has a classroom of 10 students in the morning and 13 students in the afternoon. The other teacher has 36 students in the morning and 80 in the afternoon. The school just received a transfer of 85 more students. How many students do these teachers teach in total in a day after the new students arrive?

GPT-4o:

    To determine the total number of students taught by both teachers in a day after the new students arrive, we need to follow these steps:

    1. Calculate the total number of students each teacher has before the transfer.
    2. Add the number of new students to the total.

    First, let's calculate the total number of students for the first teacher:
    - Morning: 10 students
    - Afternoon: 13 students

    Total for the first teacher:
    \[ 10 + 13 = 23 \]

    Next, let's calculate the total number of students for the second teacher:
    - Morning: 36 students
    - Afternoon: 80 students

    Total for the second teacher:
    \[ 36 + 80 = 116 \]

    Now, we add the totals for both teachers before the transfer:
    \[ 23 + 116 = 139 \]

    Finally, we add the 85 new students to the total:
    \[ 139 + 85 = 224 \]

    ### Answer: 224

Expected answer: 224

Correct? Yes

🔗 Follow-up

Problem: In the original scenario, one teacher had a classroom of 10 students in the morning and 13 students in the afternoon. But what if there were actually 30 students in the morning instead of 10? The other teacher has 36 students in the morning and 80 in the afternoon, as before. How many students do these teachers teach in total in a day in this new scenario?

GPT-4o:

    To find the total number of students taught by both teachers in a day in the new scenario, we need to update the number of students for the first teacher and then add the totals for both teachers.

    First, let's calculate the total number of students for the first teacher with the updated morning count:
    - Morning: 30 students (instead of 10)
    - Afternoon: 13 students

    Total for the first teacher:
    \[ 30 + 13 = 43 \]

    Next, let's calculate the total number of students for the second teacher (unchanged):
    - Morning: 36 students
    - Afternoon: 80 students

    Total for the second teacher:
    \[ 36 + 80 = 116 \]

    Now, we add the totals for both teachers:
    \[ 43 + 116 = 159 \]

    ### Answer: 159

Expected answer: 159

Correct? Yes

🔗 Problem

Problem: A wizard named Albus needs to perform an enchantment. The enchantment requires 43 units of sage. To make the spell stronger, he also adds a mixture that contains 78 units of elderberry and 85 units of thistle. What is the total amount of ingredients used in the enchantment?

GPT-4o:

    To find the total amount of ingredients used in the enchantment, we need to sum up all the individual units of each ingredient.

    First, we have:
    - 43 units of sage
    - 78 units of elderberry
    - 85 units of thistle

    Now, we add these quantities together:
    \[ 43 + 78 + 85 \]

    Let's perform the addition step-by-step:
    \[ 43 + 78 = 121 \]
    \[ 121 + 85 = 206 \]

    So, the total amount of ingredients used in the enchantment is:
    ### Answer: 206

Expected answer: 206

Correct? Yes

🔗 Follow-up

Problem: Albus, the wizard, realizes he needs to amplify the enchantment even further. He decides to add 67 units of phoenix feather in addition to the sage, elderberry and thistle. Now, what is the total amount of ingredients used in the enchantment?

GPT-4o:

    To find the new total amount of ingredients used in the enchantment, we need to add the 67 units of phoenix feather to the previous total.

    The previous total was:
    \[ 43 \text{ units of sage} + 78 \text{ units of elderberry} + 85 \text{ units of thistle} = 206 \text{ units} \]

    Now, we add the 67 units of phoenix feather:
    \[ 206 + 67 \]

    Let's perform the addition:
    \[ 206 + 67 = 273 \]

    So, the new total amount of ingredients used in the enchantment is:
    ### Answer: 273

Expected answer: 273

Correct? Yes

🔗 Problem

Problem: John bought 59 jackets for the winter season. Later, he bought another 22 jackets. Driven by the sale, he also bought 58 jackets with different colors and patterns. How many jackets did John buy in total?

GPT-4o:

    To find the total number of jackets John bought, we need to add the number of jackets he bought in each instance.

    First, John bought 59 jackets.
    Then, he bought another 22 jackets.
    Finally, he bought 58 more jackets.

    We add these quantities together:

    \[ 59 + 22 + 58 \]

    First, add 59 and 22:

    \[ 59 + 22 = 81 \]

    Next, add the result to 58:

    \[ 81 + 58 = 139 \]

    So, John bought a total of 139 jackets.

    ### Answer: 139

Expected answer: 139

Correct? Yes

🔗 Follow-up

Problem: In the previous question, John had bought a total of 139 jackets. However, his family members also wanted some jackets for themselves. So, he bought an additional 35 jackets for his family. How many jackets did John buy in total now?

GPT-4o:

    To find the new total number of jackets John bought, we need to add the additional 35 jackets to the previous total of 139 jackets.

    \[ 139 + 35 \]

    First, add the units place:

    \[ 9 + 5 = 14 \]
    Write down 4 and carry over 1.

    Next, add the tens place along with the carry-over:

    \[ 3 + 3 + 1 = 7 \]

    Finally, add the hundreds place:

    \[ 1 + 0 = 1 \]

    So, the total is:

    \[ 174 \]

    Therefore, John bought a total of 174 jackets.

    ### Answer: 174

Expected answer: 174

Correct? Yes

🔗 Follow-up

Problem: In the previous scenario, John initially bought 59 jackets. However, let's reconsider that scenario with a slight modification. This time, after buying the initial 59 jackets, John went to another store and bought 83 more jackets. Then, as he was leaving, he noticed a stand with discount jackets and purchased 58 more of them there. How many jackets did John buy in total under these new conditions?

GPT-4o:

    To determine the total number of jackets John bought under the new conditions, we need to add the number of jackets he bought in each instance.

    First, John bought 59 jackets.
    Then, he bought another 83 jackets.
    Finally, he bought 58 more jackets.

    We add these quantities together:

    \[ 59 + 83 + 58 \]

    First, add 59 and 83:

    \[ 59 + 83 = 142 \]

    Next, add the result to 58:

    \[ 142 + 58 = 200 \]

    So, John bought a total of 200 jackets.

    ### Answer: 200

Expected answer: 200

Correct? Yes

🔗 Problem

Problem: On Thursday, the city experienced rainfall of about 69mm. On Friday, it rained more with an increase of 31mm compared to the previous day. On Saturday, it poured heavily throughout the day and the city saw 82mm of rain. How much total rainfall did the city experience on Friday and Saturday?

GPT-4o:

    To determine the total rainfall on Friday and Saturday, we first need to calculate the rainfall on Friday.

    Given:
    - Rainfall on Thursday = 69 mm
    - Increase in rainfall on Friday compared to Thursday = 31 mm

    Rainfall on Friday:
    \[ 69 \, \text{mm} + 31 \, \text{mm} = 100 \, \text{mm} \]

    Next, we add the rainfall on Friday to the rainfall on Saturday to find the total rainfall for these two days.

    Given:
    - Rainfall on Saturday = 82 mm

    Total rainfall on Friday and Saturday:
    \[ 100 \, \text{mm} + 82 \, \text{mm} = 182 \, \text{mm} \]

    ### Answer: 182 mm

Expected answer: 182

Correct? Yes

🔗 Follow-up

Problem: In the previous problem, we considered an increase in rainfall of 31mm from Thursday to Friday. But what if the increase was less, let's say only 19mm more than Thursday's rainfall of 69mm? Then how much total rainfall did the city experience on Friday and Saturday?

GPT-4o:

    To determine the total rainfall on Friday and Saturday with the new increase, we first need to calculate the rainfall on Friday with the updated increase.

    Given:
    - Rainfall on Thursday = 69 mm
    - Increase in rainfall on Friday compared to Thursday = 19 mm

    Rainfall on Friday:
    \[ 69 \, \text{mm} + 19 \, \text{mm} = 88 \, \text{mm} \]

    Next, we add the rainfall on Friday to the rainfall on Saturday to find the total rainfall for these two days.

    Given:
    - Rainfall on Saturday = 82 mm

    Total rainfall on Friday and Saturday:
    \[ 88 \, \text{mm} + 82 \, \text{mm} = 170 \, \text{mm} \]

    ### Answer: 170 mm

Expected answer: 170

Correct? Yes

🔗 Problem

Problem: A penguin named Zazu finds 66 shiny stones. Zazu sees that his friend Umi has found 70 more shiny stones than him. Another friend named Yara tucked away 36 shiny stones in addition to what Umi found. How many shiny stones did Yara find in total?

GPT-4o:

    First, let's determine how many shiny stones Umi found. Umi found 70 more shiny stones than Zazu. Since Zazu found 66 shiny stones, we can calculate Umi's total as follows:

    \[ \text{Umi's stones} = 66 + 70 = 136 \]

    Next, we need to find out how many shiny stones Yara found. Yara tucked away 36 shiny stones in addition to what Umi found. Therefore, Yara's total is:

    \[ \text{Yara's stones} = 136 + 36 = 172 \]

    ### Answer: 172

Expected answer: 172

Correct? Yes

🔗 Follow-up

Problem: After all the shiny stones have been counted, a penguin named Dina dives and finds an additional 34 shiny stones. How many shiny stones are there in total now considering Yara's stones and the ones that Dina found?

GPT-4o:

    We already know that Yara found 172 shiny stones. Now, Dina finds an additional 34 shiny stones. To find the total number of shiny stones considering both Yara's and Dina's findings, we add these two amounts together:

    \[ \text{Total stones} = 172 + 34 \]

    Performing the addition:

    \[ 172 + 34 = 206 \]

    ### Answer: 206

Expected answer: 206

Correct? Yes

🔗 Follow-up

Problem: Recall from the last time, Zazu found 66 shiny stones initially. Umi found 70 more shiny stones than Zazu. However, now consider that Yara only found 45 shiny stones more than what Umi found, instead of the 36 as previously stated. How many shiny stones did Yara find in this new scenario?

GPT-4o:

    First, let's recall the number of shiny stones Umi found. Umi found 70 more shiny stones than Zazu, who found 66 shiny stones. Therefore, Umi's total is:

    \[ \text{Umi's stones} = 66 + 70 = 136 \]

    Now, in this new scenario, Yara found 45 more shiny stones than Umi. Therefore, Yara's total is:

    \[ \text{Yara's stones} = 136 + 45 = 181 \]

    ### Answer: 181

Expected answer: 181

Correct? Yes

🔗 Problem

Problem: A river is composed of 77 miles of calm water. A new tributary recently merged and extended the river by an additional 26 miles. Later, a 99-mile rapid water stretch is discovered and added to the river's length. How long is the river in total?

GPT-4o:

    To find the total length of the river, we need to add the lengths of the calm water, the new tributary, and the rapid water stretch.

    1. The original length of the calm water is 77 miles.
    2. The new tributary added 26 miles.
    3. The rapid water stretch added 99 miles.

    First, we add the length of the calm water and the new tributary:
    \[ 77 \text{ miles} + 26 \text{ miles} = 103 \text{ miles} \]

    Next, we add the length of the rapid water stretch:
    \[ 103 \text{ miles} + 99 \text{ miles} = 202 \text{ miles} \]

    Therefore, the total length of the river is:
    ### Answer: 202 miles.

Expected answer: 202

Correct? Yes

🔗 Problem

Problem: An optical shop manages to sell 44 eyeglasses in the month of May and 84 in the month of June. The total number of glasses sold before May was 77. How many eyeglasses has the shop sold in total?

GPT-4o:

    To find the total number of eyeglasses sold by the optical shop, we need to add the number of eyeglasses sold in May, June, and before May.

    1. Eyeglasses sold in May: 44
    2. Eyeglasses sold in June: 84
    3. Eyeglasses sold before May: 77

    First, we add the eyeglasses sold in May and June:
    \[ 44 + 84 = 128 \]

    Next, we add the eyeglasses sold before May:
    \[ 128 + 77 = 205 \]

    Therefore, the total number of eyeglasses sold by the shop is 205.

    ### Answer: 205

Expected answer: 205

Correct? Yes

🔗 Follow-up

Problem: What if instead of selling 77 eyeglasses before May, they only sold 44 eyeglasses? How many eyeglasses has the shop sold in total then (including sales in May, June, and the first week of July)?

GPT-4o:

    To find the total number of eyeglasses sold by the optical shop, we need to add the number of eyeglasses sold in May, June, and before May, and then include the sales in the first week of July.

    1. Eyeglasses sold in May: 44
    2. Eyeglasses sold in June: 84
    3. Eyeglasses sold before May: 44

    First, we add the eyeglasses sold in May and June:
    \[ 44 + 84 = 128 \]

    Next, we add the eyeglasses sold before May:
    \[ 128 + 44 = 172 \]

    Therefore, the total number of eyeglasses sold by the shop, including sales in May, June, and before May, is 172.

    ### Answer: 172

Expected answer: 172

Correct? Yes

🔗 Problem

Problem: In preparing for a camping trip, a group of friends collected 8 small tents and 88 large tents. They then added 17 medium tents to their collection. Separately, they also managed to gather 77 ground mats for the tents. How many total items including both tents and ground mats did they gather for the camping trip?

GPT-4o:

    To find the total number of items gathered for the camping trip, we need to sum up all the tents and ground mats.

    First, let's calculate the total number of tents:
    - Small tents: 8
    - Large tents: 88
    - Medium tents: 17

    Total number of tents = 8 + 88 + 17

    Now, let's perform the addition:
    8 + 88 = 96
    96 + 17 = 113

    So, the total number of tents is 113.

    Next, we add the number of ground mats:
    - Ground mats: 77

    Total items (tents + ground mats) = 113 + 77

    Now, let's perform the addition:
    113 + 77 = 190

    ### Answer: 190

Expected answer: 190

Correct? Yes

🔗 Follow-up

Problem: Now consider this - instead of initially collecting 8 small tents, the group collected 9. They still maintained the same number of large tents at 88 and added 17 medium tents just as before. If they also collected 77 ground mats, how many total items including both tents and ground mats did they gather for the camping trip now?

GPT-4o:

    To find the total number of items gathered for the camping trip with the updated number of small tents, we need to sum up all the tents and ground mats.

    First, let's calculate the total number of tents:
    - Small tents: 9
    - Large tents: 88
    - Medium tents: 17

    Total number of tents = 9 + 88 + 17

    Now, let's perform the addition:
    9 + 88 = 97
    97 + 17 = 114

    So, the total number of tents is 114.

    Next, we add the number of ground mats:
    - Ground mats: 77

    Total items (tents + ground mats) = 114 + 77

    Now, let's perform the addition:
    114 + 77 = 191

    ### Answer: 191

Expected answer: 191

Correct? Yes

🔗 Problem

Problem: In Lila's vineyard, one grapevine produced 61 grapes while another produced 49 grapes. What is the total number of grapes produced by these two grapevines?

GPT-4o:

    To find the total number of grapes produced by the two grapevines, we need to add the number of grapes produced by each grapevine.

    The first grapevine produced 61 grapes.
    The second grapevine produced 49 grapes.

    Now, we add these two amounts together:
    \[ 61 + 49 \]

    Let's perform the addition step-by-step:
    \[ 61 + 49 = 110 \]

    So, the total number of grapes produced by the two grapevines is 110.

    ### Answer: 110

Expected answer: 110

Correct? Yes

🔗 Follow-up

Problem: In addition to Lila's vineyard, her neighbor also runs a vineyard. This year, the neighbor's vineyard produced 94 grapes. What is the total number of grapes produced by Lila and her neighbor's vineyards combined?

GPT-4o:

    To find the total number of grapes produced by Lila's vineyard and her neighbor's vineyard combined, we need to add the number of grapes produced by each vineyard.

    From the previous problem, we know that Lila's vineyard produced a total of 110 grapes.

    The neighbor's vineyard produced 94 grapes.

    Now, we add these two amounts together:
    \[ 110 + 94 \]

    Let's perform the addition step-by-step:
    \[ 110 + 94 = 204 \]

    So, the total number of grapes produced by Lila and her neighbor's vineyards combined is 204.

    ### Answer: 204

Expected answer: 204

Correct? Yes

🔗 Follow-up

Problem: Let's reconsider Lila's vineyard. Suppose one of the grapevines originally produced 50 grapes instead of 61. With the other grapevine still producing 49 grapes, what would then be the total number of grapes produced by these two grapevines?

GPT-4o:

    To find the total number of grapes produced by the two grapevines with the updated number of grapes, we need to add the number of grapes produced by each grapevine.

    The first grapevine now produces 50 grapes.
    The second grapevine still produces 49 grapes.

    Now, we add these two amounts together:
    \[ 50 + 49 \]

    Let's perform the addition step-by-step:
    \[ 50 + 49 = 99 \]

    So, the total number of grapes produced by the two grapevines is 99.

    ### Answer: 99

Expected answer: 99

Correct? Yes

🔗 Problem

Problem: Sally is a fashion designer who loves knitting socks. One day, she made 63 colourful pairs of socks. The next day, she decided to add 6 more pairs to her collection. How many pairs of socks does Sally have now?

GPT-4o:

    To determine the total number of pairs of socks Sally has, we need to add the pairs she made on the first day to the pairs she made on the second day.

    First, we know Sally made 63 pairs of socks on the first day.

    Next, she added 6 more pairs the following day.

    So, we calculate the total as follows:
    \[ 63 + 6 = 69 \]

    ### Answer: 69

Expected answer: 69

Correct? Yes

🔗 Follow-up

Problem: After knitting her socks, Sally decided to try knitting mittens as well. She found that she really liked it, and she was able to knit 16 pairs of mittens. How many pairs of socks and mittens does Sally have now?

GPT-4o:

    To find the total number of pairs of socks and mittens Sally has, we need to add the pairs of socks to the pairs of mittens.

    From the previous problem, we know Sally has 69 pairs of socks.

    She also knitted 16 pairs of mittens.

    So, we calculate the total as follows:
    \[ 69 + 16 = 85 \]

    ### Answer: 85

Expected answer: 85

Correct? Yes

🔗 Follow-up

Problem: Suppose Sally didn't make 63 pairs of socks, but she actually only made 9 pairs of socks initially. She still added 6 more pairs of socks the next day as she did previously. How many pairs of socks does Sally have now?

GPT-4o:

    To determine the total number of pairs of socks Sally has now, we need to add the pairs she made initially to the pairs she added the next day.

    First, we know Sally made 9 pairs of socks initially.

    Next, she added 6 more pairs the following day.

    So, we calculate the total as follows:
    \[ 9 + 6 = 15 \]

    ### Answer: 15

Expected answer: 15

Correct? Yes

🔗 Problem

Problem: Mike is the owner of an aquarium. He added 13 gallons of water to one of his tanks in the morning. Later in the afternoon, he added another 55 gallons to the same tank. Meanwhile, in another tank, he added 57 gallons in the morning and an additional 33 gallons in the afternoon. What is the total quantity of water (in gallons) that Mike added to both of his tanks throughout the day?

GPT-4o:

    To find the total quantity of water Mike added to both tanks throughout the day, we need to sum the amounts added to each tank.

    First, let's calculate the total amount of water added to the first tank:
    - In the morning: 13 gallons
    - In the afternoon: 55 gallons

    Total for the first tank:
    \[ 13 + 55 = 68 \text{ gallons} \]

    Next, let's calculate the total amount of water added to the second tank:
    - In the morning: 57 gallons
    - In the afternoon: 33 gallons

    Total for the second tank:
    \[ 57 + 33 = 90 \text{ gallons} \]

    Now, we sum the totals for both tanks:
    \[ 68 + 90 = 158 \text{ gallons} \]

    ### Answer: 158 gallons

Expected answer: 158

Correct? Yes

🔗 Follow-up

Problem: Now, imagine that Mike also has a large pond outside his house. In the evening, he decides to refill it and adds 56 gallons of water. Considering all three locations (the two tanks and the pond), how much total water did Mike add throughout the day?

GPT-4o:

    To find the total amount of water Mike added throughout the day, we need to include the water added to the pond along with the water added to the two tanks.

    From the previous calculation, we know:
    - Total water added to the two tanks: 158 gallons

    Now, we add the water added to the pond:
    - Water added to the pond: 56 gallons

    Total water added throughout the day:
    \[ 158 + 56 = 214 \text{ gallons} \]

    ### Answer: 214 gallons

Expected answer: 214

Correct? Yes

🔗 Follow-up

Problem: Let's reconsider the scenario. Instead of adding 55 gallons of water to his first tank, suppose Mike instead adds 96 gallons of water in the afternoon. Given that all other quantities remain the same with 13 gallons added in the morning to the first tank, and the second tank receiving 57 gallons in the morning and an additional 33 gallons in the afternoon, how much total water did Mike add to both tanks throughout the day?

GPT-4o:

    To find the total quantity of water Mike added to both tanks throughout the day with the updated information, we need to sum the amounts added to each tank.

    First, let's calculate the total amount of water added to the first tank with the updated afternoon amount:
    - In the morning: 13 gallons
    - In the afternoon: 96 gallons

    Total for the first tank:
    \[ 13 + 96 = 109 \text{ gallons} \]

    Next, let's calculate the total amount of water added to the second tank:
    - In the morning: 57 gallons
    - In the afternoon: 33 gallons

    Total for the second tank:
    \[ 57 + 33 = 90 \text{ gallons} \]

    Now, we sum the totals for both tanks:
    \[ 109 + 90 = 199 \text{ gallons} \]

    ### Answer: 199 gallons

Expected answer: 199

Correct? Yes

🔗 Problem

Problem: Teddy has a favorite toy which is a tiny teddy bear. One day, Teddy's dad gave him 64 more teddy bears. Teddy's mom, feeling envious, gave Teddy 60 more teddy bears plus the exact number of teddy bears Teddy's dad gave him. At the end of the day, Teddy's grandma surprised him with twice the number of teddy bears his mom gave him. How many teddy bears did Teddy receive from his grandma?

GPT-4o:

    Let's break down the problem step by step:

    1. Teddy's dad gave him 64 teddy bears.
    2. Teddy's mom gave him 60 teddy bears plus the same number his dad gave him, which is 64. So, the total number of teddy bears from his mom is:
       \[
       60 + 64 = 124
       \]
    3. Teddy's grandma gave him twice the number of teddy bears his mom gave him. Since his mom gave him 124 teddy bears, his grandma gave him:
       \[
       2 \times 124 = 248
       \]

    ### Answer: 248

Expected answer: 248

Correct? Yes

🔗 Follow-up

Problem: Let's imagine that instead of 64 teddy bears, Teddy's dad initially gave him only 30 teddy bears. Teddy's mom, feeling envious as before, gave Teddy 60 more bears plus the exact number of bears Teddy's dad gave him. At the end of the day, Teddy's grandma, wanting to double the joy, surprised him with twice the number of teddy bears his mom gave him. How many teddy bears did Teddy receive from his grandma under this new scenario?

GPT-4o:

    Let's break down the problem step by step with the new numbers:

    1. Teddy's dad gave him 30 teddy bears.
    2. Teddy's mom gave him 60 teddy bears plus the same number his dad gave him, which is 30. So, the total number of teddy bears from his mom is:
       \[
       60 + 30 = 90
       \]
    3. Teddy's grandma gave him twice the number of teddy bears his mom gave him. Since his mom gave him 90 teddy bears, his grandma gave him:
       \[
       2 \times 90 = 180
       \]

    ### Answer: 180

Expected answer: 180

Correct? Yes

🔗 Problem

Problem: In a forest, there are 84 oak trees. If the number of pine trees adds 75 more to the total number of trees, how many trees are there in the forest?

GPT-4o:

    To determine the total number of trees in the forest, we need to add the number of oak trees and the number of pine trees.

    First, we know there are 84 oak trees.

    Next, we are told that the number of pine trees adds 75 more to the total number of trees. This means the number of pine trees is 75.

    To find the total number of trees in the forest, we add the number of oak trees and the number of pine trees:
    \[ 84 \text{ (oak trees)} + 75 \text{ (pine trees)} = 159 \text{ (total trees)} \]

    ### Answer: 159

Expected answer: 159

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous question, suppose that the forest officials plant an additional 68 maple trees in the forest. Now how many trees are there overall in the forest?

GPT-4o:

    To find the new total number of trees in the forest after planting the additional maple trees, we need to add the number of maple trees to the current total number of trees.

    From the previous calculation, we know there are 159 trees in the forest (84 oak trees + 75 pine trees).

    Now, the forest officials plant an additional 68 maple trees.

    So, the new total number of trees is:
    \[ 159 \text{ (current total trees)} + 68 \text{ (maple trees)} = 227 \text{ (new total trees)} \]

    ### Answer: 227

Expected answer: 227

Correct? Yes

🔗 Follow-up

Problem: In retrospect, considering the number of oak trees in the forest, it was mistaken before. There are actually 84 oak trees, not including other types of trees. If the number of pine trees adds 27 more to the total number of trees, how many trees are there in the forest now?

GPT-4o:

    To determine the total number of trees in the forest, we need to consider the number of oak trees and the number of pine trees.

    First, we know there are 84 oak trees.

    Next, we are told that the number of pine trees adds 27 more to the total number of trees. This means the total number of trees (including both oak and pine trees) is 27 more than the number of pine trees.

    Let \( P \) represent the number of pine trees. According to the problem, the total number of trees is \( P + 27 \).

    Since the total number of trees also includes the 84 oak trees, we can set up the following equation:
    \[ 84 + P = P + 27 \]

    To solve for \( P \), we subtract \( P \) from both sides of the equation:
    \[ 84 = 27 \]

    This equation is incorrect, indicating a misunderstanding in the problem statement. Let's re-evaluate the problem:

    If the number of pine trees adds 27 more to the total number of trees, it means the total number of trees is 27 more than the number of oak trees alone. Therefore, the total number of trees is:
    \[ 84 \text{ (oak trees)} + 27 = 111 \text{ (total trees)} \]

    ### Answer: 111

Expected answer: 111

Correct? Yes

🔗 Problem

Problem: In a newly discovered dinosaur park, scientists found 71 Neovenator dinosaurs and 56 Ferrotholus dinosaurs. How many total dinosaurs did they find in all?

GPT-4o:

    To find the total number of dinosaurs discovered, we need to add the number of Neovenator dinosaurs to the number of Ferrotholus dinosaurs.

    Number of Neovenator dinosaurs: 71
    Number of Ferrotholus dinosaurs: 56

    Total number of dinosaurs = 71 + 56

    Let's perform the addition:

    71
    +56
    -----
    127

    ### Answer: 127

Expected answer: 127

Correct? Yes

🔗 Follow-up

Problem: After their initial discovery at the dinosaur park, scientists found another group of dinosaurs which was equal to the total number of Neovenator and Ferrotholus dinosaurs combined. How many dinosaurs did the scientists find in this second group?

GPT-4o:

    From the previous problem, we know that the total number of Neovenator and Ferrotholus dinosaurs combined is 127.

    The scientists found another group of dinosaurs equal to this total.

    Therefore, the number of dinosaurs in the second group is also 127.

    ### Answer: 127

Expected answer: 127

Correct? Yes

🔗 Follow-up

Problem: In their initial findings, the scientists had made a miscount and actually found 54 Neovenator dinosaurs instead of 71. With the same number of Ferrotholus dinosaurs being 56, what is the corrected total number of dinosaurs they found?

GPT-4o:

    To find the corrected total number of dinosaurs, we need to add the corrected number of Neovenator dinosaurs to the number of Ferrotholus dinosaurs.

    Corrected number of Neovenator dinosaurs: 54
    Number of Ferrotholus dinosaurs: 56

    Total number of dinosaurs = 54 + 56

    Let's perform the addition:

    54
    +56
    -----
    110

    ### Answer: 110

Expected answer: 110

Correct? Yes

🔗 Problem

Problem: A boat has traveled 88 miles today. The next day, it travels 92 more miles plus the miles it traveled today. The third day, it travels an additional 61 miles plus the miles it traveled the previous days. How many miles has the boat traveled in these three days?

GPT-4o:

    To determine the total distance the boat has traveled over the three days, we need to add up the distances traveled each day.

    1. On the first day, the boat traveled 88 miles.
    2. On the second day, the boat traveled 92 miles plus the 88 miles from the first day:
       \[
       92 + 88 = 180 \text{ miles}
       \]
    3. On the third day, the boat traveled 61 miles plus the total distance from the first two days:
       \[
       61 + 180 = 241 \text{ miles}
       \]

    Now, we sum the distances traveled over the three days:
    \[
    88 \text{ miles} + 180 \text{ miles} + 241 \text{ miles} = 509 \text{ miles}
    \]

    ### Answer: 509 miles

Expected answer: 241

Correct? No

🔗 Problem

Problem: Sarah has 7 liters of apple juice. She went to the store and bought 69 more liters. How many liters of apple juice does Sarah have now?

GPT-4o:

    To find out how many liters of apple juice Sarah has now, we need to add the amount she already had to the amount she bought at the store.

    Sarah initially had 7 liters of apple juice. She then bought 69 more liters.

    So, we add these two amounts together:
    \[ 7 \text{ liters} + 69 \text{ liters} = 76 \text{ liters} \]

    ### Answer: 76 liters

Expected answer: 76

Correct? Yes

🔗 Follow-up

Problem: Initially, Sarah thought she had bought only 7 liters of juice, but she realized she had actually bought 55 liters of apple juice. If she still bought an additional 69 liters from the store, how much apple juice does Sarah have in total now?

GPT-4o:

    To determine the total amount of apple juice Sarah has now, we need to consider the correct amount she initially bought and the additional amount she purchased from the store.

    Initially, Sarah thought she had bought 7 liters, but she actually bought 55 liters. She then bought an additional 69 liters from the store.

    First, we add the correct initial amount to the additional amount:
    \[ 55 \text{ liters} + 69 \text{ liters} = 124 \text{ liters} \]

    ### Answer: 124 liters

Expected answer: 124

Correct? Yes

🔗 Problem

Problem: Sally is on a mission to build the biggest marshmallow tower. She starts with 83 marshmallows, but then her friend brings an additional 33 marshmallows. How many marshmallows does Sally have now for her tower?

GPT-4o:

    To find out how many marshmallows Sally has now, we need to add the number of marshmallows she started with to the number of marshmallows her friend brought.

    Sally starts with 83 marshmallows.
    Her friend brings an additional 33 marshmallows.

    We add these two amounts together:
    \[ 83 + 33 = 116 \]

    So, Sally now has 116 marshmallows for her tower.

    ### Answer: 116

Expected answer: 116

Correct? Yes

🔗 Follow-up

Problem: After Sally counts all her marshmallows, her other friend decides to contribute as well and brings 22 more marshmallows. How many marshmallows does Sally have in total now for her tower?

GPT-4o:

    To determine the new total number of marshmallows Sally has, we need to add the additional marshmallows her other friend brought to the current total.

    Sally currently has 116 marshmallows.
    Her other friend brings an additional 22 marshmallows.

    We add these two amounts together:
    \[ 116 + 22 = 138 \]

    So, Sally now has 138 marshmallows for her tower.

    ### Answer: 138

Expected answer: 138

Correct? Yes

🔗 Follow-up

Problem: Suppose Sally started with only 13 marshmallows instead of 83 and then her friend brought the same amount of 33 additional marshmallows. How many marshmallows would Sally have had then for her tower?

GPT-4o:

    To determine how many marshmallows Sally would have if she started with 13 marshmallows and her friend brought an additional 33 marshmallows, we need to add these two amounts together.

    Sally starts with 13 marshmallows.
    Her friend brings an additional 33 marshmallows.

    We add these two amounts together:
    \[ 13 + 33 = 46 \]

    So, Sally would have 46 marshmallows for her tower.

    ### Answer: 46

Expected answer: 46

Correct? Yes

🔗 Problem

Problem: Jenna is a jewelry maker. She currently has 48 earrings in stock. She makes an additional 34 earrings for a special event. After the event, Jenna makes 24 more earrings to replenish her stock. How many earrings does she have in total?

GPT-4o:

    To determine the total number of earrings Jenna has, we need to add the earrings she initially had to the earrings she made for the special event and the earrings she made afterward.

    1. Jenna initially has 48 earrings.
    2. She makes an additional 34 earrings for the special event.
    3. After the event, she makes 24 more earrings.

    First, we add the earrings made for the special event to the initial stock:
    \[ 48 + 34 = 82 \]

    Next, we add the earrings made after the event to the new total:
    \[ 82 + 24 = 106 \]

    Therefore, the total number of earrings Jenna has is:
    ### Answer: 106

Expected answer: 106

Correct? Yes

🔗 Follow-up

Problem: After the special event, Jenna decides to replenish her stock by making 94 more earrings instead of the 24 she initially planned. Now, how many earrings does she have on her shelf?

GPT-4o:

    To determine the total number of earrings Jenna has after deciding to make 94 more earrings instead of 24, we need to follow these steps:

    1. Jenna initially has 48 earrings.
    2. She makes an additional 34 earrings for the special event.
    3. After the event, she decides to make 94 more earrings.

    First, we add the earrings made for the special event to the initial stock:
    \[ 48 + 34 = 82 \]

    Next, we add the earrings made after the event to the new total:
    \[ 82 + 94 = 176 \]

    Therefore, the total number of earrings Jenna has is:
    ### Answer: 176

Expected answer: 176

Correct? Yes

🔗 Problem

Problem: In a city, 48 babies were born in March, and in April, another 25 were born. How many babies were born in these two months in total?

GPT-4o:

    To find the total number of babies born in March and April, we need to add the number of babies born in each month.

    Number of babies born in March: 48
    Number of babies born in April: 25

    Total number of babies born in March and April:
    \[ 48 + 25 = 73 \]

    ### Answer: 73

Expected answer: 73

Correct? Yes

🔗 Follow-up

Problem: In May, the number of babies born matches the total of both March and April. How many babies were born in May?

GPT-4o:

    To determine the number of babies born in May, we need to use the total number of babies born in March and April.

    From the previous problem, we know:
    - Number of babies born in March: 48
    - Number of babies born in April: 25

    Total number of babies born in March and April:
    \[ 48 + 25 = 73 \]

    Since the number of babies born in May matches this total, the number of babies born in May is also 73.

    ### Answer: 73

Expected answer: 73

Correct? Yes

🔗 Follow-up

Problem: In a rethink, the hospital realized that there were actually 55 babies born in March, not 48. With the 25 born in April, how many babies were born in total over the two months?

GPT-4o:

    To find the total number of babies born in March and April with the corrected number for March, we need to add the number of babies born in each month.

    Number of babies born in March: 55
    Number of babies born in April: 25

    Total number of babies born in March and April:
    \[ 55 + 25 = 80 \]

    ### Answer: 80

Expected answer: 80

Correct? Yes

🔗 Problem

Problem: At a drum store, there are 52 drum sets on display and 1 more drum set in the store room. In a different section of the same store, there are also 46 single drums. How many total drums and drum sets are in the store?

GPT-4o:

    To find the total number of drums and drum sets in the store, we need to add the number of drum sets on display, the drum set in the store room, and the single drums in the different section.

    First, let's add the drum sets:
    - Drum sets on display: 52
    - Drum set in the store room: 1

    Total drum sets:
    \[ 52 + 1 = 53 \]

    Next, we add the single drums:
    - Single drums: 46

    Now, we add the total drum sets and the single drums:
    \[ 53 + 46 = 99 \]

    ### Answer: 99

Expected answer: 99

Correct? Yes

🔗 Follow-up

Problem: Suppose in the store, instead of having 52 drum sets, there were only 52 single drums, in addition to the 1 drum set in the store room. Given that there are still 46 single drums in a different section, how many drums and drum sets are then in the store?

GPT-4o:

    To find the total number of drums and drum sets in the store under the new conditions, we need to add the number of single drums and the drum set in the store room.

    First, let's identify the quantities:
    - Single drums in the main section: 52
    - Drum set in the store room: 1
    - Single drums in a different section: 46

    Now, we add all the single drums together:
    \[ 52 + 46 = 98 \]

    Next, we add the drum set in the store room:
    \[ 98 + 1 = 99 \]

    ### Answer: 99

Expected answer: 99

Correct? Yes

🔗 Problem

Problem: A store sells 9 boxes of oranges each day. The following day, the seller added 22 more boxes to the total from the previous day. The next day, he added another 26 boxes to that day's total. How many boxes of oranges does the store have on the last day?

GPT-4o:

    To determine the total number of boxes of oranges the store has on the last day, we need to add the number of boxes sold each day.

    1. On the first day, the store sells 9 boxes of oranges.
    2. On the second day, the store adds 22 more boxes to the previous day's total:
       \[
       9 + 22 = 31
       \]
    3. On the third day, the store adds another 26 boxes to the second day's total:
       \[
       31 + 26 = 57
       \]

    Thus, the total number of boxes of oranges the store has on the last day is 57.

    ### Answer: 57

Expected answer: 57

Correct? Yes

🔗 Follow-up

Problem: Following on from the problem with the orange seller: after the seller added 26 boxes to the previous day's total, he decided to get a major shipment of oranges. So, he added an impressive shipment of 96 more boxes to the pile. Now, how many boxes of oranges does the store have?

GPT-4o:

    To determine the total number of boxes of oranges the store has after the major shipment, we need to add the 96 boxes to the total from the previous day.

    From the previous calculation, the store had 57 boxes of oranges on the last day before the major shipment.

    Now, we add the 96 boxes from the major shipment:
    \[
    57 + 96 = 153
    \]

    Thus, the total number of boxes of oranges the store has after the major shipment is 153.

    ### Answer: 153

Expected answer: 153

Correct? Yes

🔗 Follow-up

Problem: Following on from the previous scenario with the orange seller: suppose that the seller initially had only 9 boxes of orange but on the subsequent day, he added 22 new boxes as before. However, instead of adding 26 boxes to total on the third day this time, he adds 66 boxes. How many boxes of oranges does the store have now?

GPT-4o:

    To determine the total number of boxes of oranges the store has now, we need to follow the updated scenario:

    1. On the first day, the store has 9 boxes of oranges.
    2. On the second day, the store adds 22 more boxes to the previous day's total:
       \[
       9 + 22 = 31
       \]
    3. On the third day, the store adds 66 boxes to the second day's total:
       \[
       31 + 66 = 97
       \]

    Thus, the total number of boxes of oranges the store has now is 97.

    ### Answer: 97

Expected answer: 97

Correct? Yes

🔗 Problem

Problem: Yvonne has 27 balls in her collection. She went to a fair and won 19 more. How many balls does Yvonne have in her collection now?

GPT-4o:

    To find out how many balls Yvonne has in her collection now, we need to add the number of balls she originally had to the number of balls she won at the fair.

    Yvonne originally had 27 balls.
    She won 19 more balls at the fair.

    Now, we add these two quantities together:
    \[ 27 + 19 = 46 \]

    ### Answer: 46

Expected answer: 46

Correct? Yes

🔗 Follow-up

Problem: After donating some of her balls, Yvonne now has 97 balls left in her collection. She goes to another fair and wins 19 more. How many balls does Yvonne have in her collection now?

GPT-4o:

    To determine how many balls Yvonne has in her collection now, we need to add the number of balls she currently has to the number of balls she won at the fair.

    Yvonne currently has 97 balls.
    She won 19 more balls at the fair.

    Now, we add these two quantities together:
    \[ 97 + 19 = 116 \]

    ### Answer: 116

Expected answer: 116

Correct? Yes

🔗 Problem

Problem: In the sky, a cloud split into 8 small clouds and 13 larger ones. Another cloud split the same way. How many total clouds were formed?

GPT-4o:

    To determine the total number of clouds formed, we need to consider the clouds formed from both initial clouds.

    Each initial cloud splits into 8 small clouds and 13 larger clouds. Therefore, each initial cloud forms:
    \[ 8 + 13 = 21 \text{ clouds} \]

    Since there are two initial clouds that split in the same way, the total number of clouds formed is:
    \[ 21 \text{ clouds} \times 2 = 42 \text{ clouds} \]

    ### Answer: 42

Expected answer: 42

Correct? Yes

🔗 Follow-up

Problem: After splitting, the original clouds came back together and formed 91 additional smaller clouds. How many total clouds are there now including the additional smaller clouds formed?

GPT-4o:

    First, we need to determine the total number of clouds formed from the initial splitting. As calculated previously, each initial cloud splits into 21 clouds, and there are two initial clouds:
    \[ 21 \text{ clouds} \times 2 = 42 \text{ clouds} \]

    Next, we add the 91 additional smaller clouds that were formed after the original clouds came back together:
    \[ 42 \text{ clouds} + 91 \text{ additional clouds} = 133 \text{ clouds} \]

    ### Answer: 133

Expected answer: 133

Correct? Yes

🔗 Follow-up

Problem: What if initially, instead of splitting into 8 small clouds, each of the two clouds split into 43 small clouds and kept the 13 larger ones the same? How many total clouds would have formed in that case?

GPT-4o:

    To determine the total number of clouds formed with the new splitting pattern, we need to consider the new number of small clouds and the unchanged number of larger clouds for each initial cloud.

    Each initial cloud now splits into 43 small clouds and 13 larger clouds. Therefore, each initial cloud forms:
    \[ 43 + 13 = 56 \text{ clouds} \]

    Since there are two initial clouds that split in this way, the total number of clouds formed is:
    \[ 56 \text{ clouds} \times 2 = 112 \text{ clouds} \]

    ### Answer: 112

Expected answer: 112

Correct? Yes

🔗 Problem

Problem: Oliver recently took up skateboard stunting. He can perform 77 stunts with his skateboard. Now, if he learns to perform each stunt in reverse as well, how many stunts will he be able to perform in total?

GPT-4o:

    To determine the total number of stunts Oliver can perform, we need to consider both the original stunts and their reverse versions.

    1. Oliver can perform 77 original stunts.
    2. For each of these 77 stunts, he can also perform a reverse version.

    Therefore, the total number of stunts he can perform is:
    \[ 77 \text{ (original stunts)} + 77 \text{ (reverse stunts)} = 2 \times 77 \]

    Calculating this:
    \[ 2 \times 77 = 154 \]

    ### Answer: 154

Expected answer: 154

Correct? Yes

🔗 Follow-up

Problem: Following his initial success, Oliver spends a few more months and learns 27 additional new skateboard stunts. Now, including his ability to perform the original stunts in reverse, how many skateboard stunts can Oliver perform in total?

GPT-4o:

    To determine the total number of skateboard stunts Oliver can perform, we need to account for the original stunts, their reverse versions, and the new stunts he has learned.

    1. Initially, Oliver can perform 77 original stunts and their reverse versions, which totals:
    \[ 77 \text{ (original stunts)} + 77 \text{ (reverse stunts)} = 154 \text{ stunts} \]

    2. Oliver learns 27 additional new stunts. Each of these new stunts can also be performed in reverse, so:
    \[ 27 \text{ (new stunts)} + 27 \text{ (reverse stunts)} = 54 \text{ stunts} \]

    3. Adding the stunts from the initial set and the new set:
    \[ 154 \text{ (initial stunts)} + 54 \text{ (new stunts)} = 208 \text{ stunts} \]

    ### Answer: 208

Expected answer: 181

Correct? No

🔗 Follow-up

Problem: After learning from his experience, Oliver realizes that he initially only needed to learn 61 stunts, as he could perform each stunt in reverse to effectively create a new trick. If he is still able to perform each of these stunts in reverse, how many skateboard stunts can Oliver perform now?

GPT-4o:

    To determine the total number of stunts Oliver can perform now, we need to consider both the original stunts and their reverse versions.

    1. Oliver initially learned 61 stunts.
    2. For each of these 61 stunts, he can also perform a reverse version.

    Therefore, the total number of stunts he can perform is:
    \[ 61 \text{ (original stunts)} + 61 \text{ (reverse stunts)} = 2 \times 61 \]

    Calculating this:
    \[ 2 \times 61 = 122 \]

    ### Answer: 122

Expected answer: 122

Correct? Yes

🔗 Problem

Problem: A pair of binoculars increases visibility by 22 degrees in one direction and 26 degrees in another direction. What is the total increase in the angle of visibility when both directions are considered?

GPT-4o:

    To find the total increase in the angle of visibility, we simply add the increases in both directions.

    Increase in one direction: 22 degrees
    Increase in the other direction: 26 degrees

    Total increase in visibility = 22 degrees + 26 degrees

    ### Answer: 48 degrees

Expected answer: 48

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, after the binoculars increase visibility by 22 degrees in one direction and 26 degrees in another direction, an additional lens is added that further increases the visibility by 76 degrees. What is the total increase in the angle of visibility considering all enhancements?

GPT-4o:

    To find the total increase in the angle of visibility considering all enhancements, we need to add the increases from each enhancement.

    Initial increase in one direction: 22 degrees
    Initial increase in the other direction: 26 degrees
    Additional increase from the lens: 76 degrees

    Total increase in visibility = 22 degrees + 26 degrees + 76 degrees

    Let's perform the addition step-by-step:

    22 + 26 = 48 degrees
    48 + 76 = 124 degrees

    ### Answer: 124 degrees

Expected answer: 124

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, consider that the binoculars initially increased visibility by 14 degrees in one direction instead of 22 degrees, while the increase in the other direction remains 26 degrees. What is the total increase in the angle of visibility now when both directions are considered?

GPT-4o:

    To find the total increase in the angle of visibility with the new values, we add the increases in both directions.

    New increase in one direction: 14 degrees
    Increase in the other direction: 26 degrees

    Total increase in visibility = 14 degrees + 26 degrees

    ### Answer: 40 degrees

Expected answer: 40

Correct? Yes

🔗 Problem

Problem: In a galaxy, there are 83 stars in the Great Nebula. Fifty more are spotted in the South Nebula. In the Eastern Nebula, there are 45 stars. How many stars are there in total in the Great Nebula, South Nebula, and Eastern Nebula?

GPT-4o:

    To find the total number of stars in the Great Nebula, South Nebula, and Eastern Nebula, we need to add the number of stars in each nebula together.

    1. The Great Nebula has 83 stars.
    2. The South Nebula has 50 more stars than the Great Nebula, so it has \( 83 + 50 = 133 \) stars.
    3. The Eastern Nebula has 45 stars.

    Now, we add these numbers together:
    \[ 83 + 133 + 45 \]

    First, add 83 and 133:
    \[ 83 + 133 = 216 \]

    Next, add the result to 45:
    \[ 216 + 45 = 261 \]

    ### Answer: 261

Expected answer: 178

Correct? No

🔗 Problem

Problem: A boy has 15 balls. He goes to the store and buys another 22 balls. How many balls does he have now?

GPT-4o:

    To determine the total number of balls the boy has, we need to add the number of balls he originally had to the number of balls he bought.

    The boy originally has 15 balls.
    He buys an additional 22 balls.

    We add these two quantities together:
    \[ 15 + 22 = 37 \]

    ### Answer: 37

Expected answer: 37

Correct? Yes

🔗 Follow-up

Problem: In addition to the balls he already has, his friends give him 64 more balls for his upcoming birthday. Now, how many balls does the boy have in total?

GPT-4o:

    To find the total number of balls the boy has after receiving 64 more balls from his friends, we need to add the number of balls he already has to the number of balls he received.

    From the previous calculation, the boy has 37 balls.
    His friends give him an additional 64 balls.

    We add these two quantities together:
    \[ 37 + 64 = 101 \]

    ### Answer: 101

Expected answer: 101

Correct? Yes

🔗 Follow-up

Problem: Consider instead that the boy originally had 48 balls instead of 15. After buying another 22 balls from the store, how many balls does he have now?

GPT-4o:

    To find the total number of balls the boy has after buying more, we need to add the number of balls he originally had to the number of balls he bought.

    The boy originally has 48 balls.
    He buys an additional 22 balls.

    We add these two quantities together:
    \[ 48 + 22 = 70 \]

    ### Answer: 70

Expected answer: 70

Correct? Yes

🔗 Problem

Problem: Mira has 82 beautiful roses in her garden, and she decides to plant 12 additional daisies to add more variety. How many flowers does Mira have in her garden after planting the daisies?

GPT-4o:

    To determine the total number of flowers in Mira's garden after planting the daisies, we need to add the number of roses to the number of daisies.

    Mira initially has 82 roses. She plants 12 additional daisies.

    Total number of flowers = Number of roses + Number of daisies
    Total number of flowers = 82 + 12

    ### Answer: 94

Expected answer: 94

Correct? Yes

🔗 Follow-up

Problem: Suppose instead Mira originally had 88 roses in her garden before planting the 12 daisies. How many flowers would there be in Mira's garden then?

GPT-4o:

    To find the total number of flowers in Mira's garden after planting the daisies, we need to add the number of roses to the number of daisies.

    Mira initially has 88 roses. She plants 12 additional daisies.

    Total number of flowers = Number of roses + Number of daisies
    Total number of flowers = 88 + 12

    ### Answer: 100

Expected answer: 100

Correct? Yes

🔗 Problem

Problem: A jeweler strings together 82 gems to begin making a bracelet. He then adds 79 more gems to it. He finishes off the bracelet by adding 58 more gems. How many gems are there in total on the bracelet?

GPT-4o:

    To find the total number of gems on the bracelet, we need to add the number of gems the jeweler added in each step.

    First, the jeweler starts with 82 gems.
    Next, he adds 79 more gems.
    Finally, he adds 58 more gems.

    We can calculate the total number of gems as follows:
    \[ 82 + 79 + 58 \]

    First, add 82 and 79:
    \[ 82 + 79 = 161 \]

    Next, add the result to 58:
    \[ 161 + 58 = 219 \]

    So, the total number of gems on the bracelet is:
    ### Answer: 219

Expected answer: 219

Correct? Yes

🔗 Follow-up

Problem: Following the previous problem: after the jeweler has strung together the number of gems on the bracelet, he decides to make a matching necklace. He adds another 60 gems to the total number of gems he has already used. How many gems in total did the jeweler use for both the bracelet and the necklace?

GPT-4o:

    To find the total number of gems used for both the bracelet and the necklace, we need to add the number of gems used for the bracelet to the additional gems used for the necklace.

    From the previous problem, we know the jeweler used 219 gems for the bracelet.

    Next, he adds 60 more gems for the necklace.

    We can calculate the total number of gems as follows:
    \[ 219 + 60 \]

    Adding these together:
    \[ 219 + 60 = 279 \]

    So, the total number of gems used for both the bracelet and the necklace is:
    ### Answer: 279

Expected answer: 279

Correct? Yes

🔗 Follow-up

Problem: The jeweler has a change of mind and decides to start recreating the bracelet, but this time he starts with 77 gems instead of 82. He once again adds 79 more gems and completes it by adding 58 more gems. How many gems are now on this new bracelet in total?

GPT-4o:

    To find the total number of gems on the new bracelet, we need to add the number of gems the jeweler added in each step.

    First, the jeweler starts with 77 gems.
    Next, he adds 79 more gems.
    Finally, he adds 58 more gems.

    We can calculate the total number of gems as follows:
    \[ 77 + 79 + 58 \]

    First, add 77 and 79:
    \[ 77 + 79 = 156 \]

    Next, add the result to 58:
    \[ 156 + 58 = 214 \]

    So, the total number of gems on the new bracelet is:
    ### Answer: 214

Expected answer: 214

Correct? Yes

🔗 Problem

Problem: Dalia has a stock of 65 tomatoes. She decides to buy the same quantity again. How many tomatoes does she have now?

GPT-4o:

    To determine the total number of tomatoes Dalia has after buying the same quantity again, we need to add the number of tomatoes she initially had to the number she bought.

    Initially, Dalia has 65 tomatoes. She buys the same quantity again, which is another 65 tomatoes.

    So, the total number of tomatoes Dalia has now is:
    \[ 65 + 65 = 130 \]

    ### Answer: 130

Expected answer: 130

Correct? Yes

🔗 Follow-up

Problem: After buying the same quantity of tomatoes again, Dalia decides to buy 50 more from her friend's farm. How many tomatoes does she have in total now?

GPT-4o:

    To find the total number of tomatoes Dalia has after buying 50 more, we need to add the additional 50 tomatoes to the total she had after her previous purchase.

    From the previous calculation, Dalia had 130 tomatoes after buying the same quantity again.

    Now, she buys 50 more tomatoes:
    \[ 130 + 50 = 180 \]

    ### Answer: 180

Expected answer: 180

Correct? Yes

🔗 Follow-up

Problem: After seeing how her tomato stock fared last time, Dalia decides to start with 89 tomatoes this time. She decides again to buy the same quantity from her supplier. How many tomatoes does she have in stock now?

GPT-4o:

    To find out how many tomatoes Dalia has in stock after buying the same quantity again, we need to add the number of tomatoes she initially had to the number she bought.

    Initially, Dalia has 89 tomatoes. She buys the same quantity again, which is another 89 tomatoes.

    So, the total number of tomatoes Dalia has now is:
    \[ 89 + 89 = 178 \]

    ### Answer: 178

Expected answer: 178

Correct? Yes

🔗 Problem

Problem: David has 25 pens in his pencil case. His best friend Pam gives him 34 more pens as a gift. How many pens does David have now?

GPT-4o:

    To determine the total number of pens David has after receiving the gift from Pam, we need to add the number of pens he originally had to the number of pens he received.

    David originally has 25 pens.
    Pam gives him 34 more pens.

    We add these two quantities together:
    \[ 25 + 34 = 59 \]

    ### Answer: 59

Expected answer: 59

Correct? Yes

🔗 Follow-up

Problem: David decided to count his pens to make sure he knows how many he has. When counting, he realizes he has as many pens as the total of the 25 pens in his pencil case and the 34 pens Pam gave him. How many pens does David count?

GPT-4o:

    To find out how many pens David counts, we need to add the number of pens he originally had to the number of pens Pam gave him.

    David originally has 25 pens.
    Pam gives him 34 more pens.

    We add these two quantities together:
    \[ 25 + 34 = 59 \]

    ### Answer: 59

Expected answer: 59

Correct? Yes

🔗 Follow-up

Problem: David rechecks his pencil case and realizes he made a mistake. He actually had 55 pens in his pencil case, not 25. If Pam still gave him 34 pens, how many pens does David have now?

GPT-4o:

    To find the total number of pens David has after correcting his initial count and including the pens given by Pam, we need to add the corrected number of pens to the number of pens he received.

    David originally has 55 pens.
    Pam gives him 34 more pens.

    We add these two quantities together:
    \[ 55 + 34 = 89 \]

    ### Answer: 89

Expected answer: 89

Correct? Yes

🔗 Problem

Problem: A clothing designer is creating a custom shirt. The length of the shirt is 86 cm. The chest measurement is the length added by 11 cm. The waist measurement is the same as the sum of the two chest measurements. What is the waist measurement of the shirt in cm?

GPT-4o:

    First, let's determine the chest measurement. The chest measurement is the length of the shirt plus 11 cm.

    \[
    \text{Chest measurement} = 86 \, \text{cm} + 11 \, \text{cm} = 97 \, \text{cm}
    \]

    Next, we need to find the waist measurement, which is the sum of two chest measurements.

    \[
    \text{Waist measurement} = 2 \times \text{Chest measurement} = 2 \times 97 \, \text{cm} = 194 \, \text{cm}
    \]

    ### Answer: 194 cm

Expected answer: 194

Correct? Yes

🔗 Follow-up

Problem: The clothing designer decides to adjust the shirt after taking the initial measurements. To ensure a comfortable fit, the designer adds a further 9 cm to the final waist measurement, which was the same as the sum of the two chest measurements. What is the new adjusted waist measurement of the shirt in cm?

GPT-4o:

    We previously calculated the initial waist measurement as the sum of two chest measurements, which was 194 cm.

    Now, the designer adds an additional 9 cm to this initial waist measurement for a comfortable fit.

    \[
    \text{New adjusted waist measurement} = 194 \, \text{cm} + 9 \, \text{cm} = 203 \, \text{cm}
    \]

    ### Answer: 203 cm

Expected answer: 203

Correct? Yes

🔗 Follow-up

Problem: Recall the clothing designer from before. This time, the designer is creating a shirt with a different length of 99 cm. In this design, the chest measurement is defined as the length added by 11 cm. The waist measurement is set as the sum of the two chest measurements. What is the waist measurement of this new shirt design in cm?

GPT-4o:

    First, let's determine the chest measurement for the new shirt design. The chest measurement is the length of the shirt plus 11 cm.

    \[
    \text{Chest measurement} = 99 \, \text{cm} + 11 \, \text{cm} = 110 \, \text{cm}
    \]

    Next, we need to find the waist measurement, which is the sum of two chest measurements.

    \[
    \text{Waist measurement} = 2 \times \text{Chest measurement} = 2 \times 110 \, \text{cm} = 220 \, \text{cm}
    \]

    ### Answer: 220 cm

Expected answer: 220

Correct? Yes

🔗 Problem

Problem: The computer has an initial operating power of 96 Watts. Later, an update increases the operational power by an additional 84 Watts. What is the computer's operation power after the update?

GPT-4o:

    To find the computer's operating power after the update, we need to add the initial operating power to the additional power from the update.

    Initial operating power: 96 Watts
    Additional power from the update: 84 Watts

    Now, we add these two values together:
    \[ 96 \text{ Watts} + 84 \text{ Watts} = 180 \text{ Watts} \]

    ### Answer: 180 Watts

Expected answer: 180

Correct? Yes

🔗 Follow-up

Problem: Suppose that the computer initially had an operating power of 36 Watts instead of 96 Watts. Then, the same update increases the operational power by an additional 84 Watts. How much operation power would the computer have after the update in this scenario?

GPT-4o:

    To determine the computer's operating power after the update in this new scenario, we need to add the initial operating power to the additional power from the update.

    Initial operating power: 36 Watts
    Additional power from the update: 84 Watts

    Now, we add these two values together:
    \[ 36 \text{ Watts} + 84 \text{ Watts} = 120 \text{ Watts} \]

    ### Answer: 120 Watts

Expected answer: 120

Correct? Yes

🔗 Problem

Problem: A company produces 62 tubes of toothpaste every hour at their plant. Later, the company upgrades their production capacity and is now able to make 40 more tubes every hour. How many tubes of toothpaste can the company produce per hour after the upgrade?

GPT-4o:

    To determine the new production capacity per hour after the upgrade, we start with the original production rate and add the increase.

    Original production rate: 62 tubes per hour
    Increase in production: 40 tubes per hour

    New production rate = Original production rate + Increase in production
    New production rate = 62 + 40

    ### Answer: 102

Expected answer: 102

Correct? Yes

🔗 Follow-up

Problem: Suppose the company initially started with a production capacity of 75 tubes of toothpaste every hour instead of 62. After the first upgrade, which still added an additional 40 tubes of toothpaste to their hour production, how many toothpaste tubes can the company produce per hour?

GPT-4o:

    To determine the new production capacity per hour after the upgrade, we start with the initial production rate and add the increase.

    Initial production rate: 75 tubes per hour
    Increase in production: 40 tubes per hour

    New production rate = Initial production rate + Increase in production
    New production rate = 75 + 40

    ### Answer: 115

Expected answer: 115

Correct? Yes

🔗 Problem

Problem: At the beginning of the month, a penguin had 31 fish. By the middle of the month, he had as many fish as the initial amount plus 31 more. At the end of the month, he had as many fish as the amount he had in the middle of the month and the initial 31 fish. How many fish did the penguin have at the end of the month?

GPT-4o:

    Let's break down the problem step by step.

    1. At the beginning of the month, the penguin had 31 fish.
    2. By the middle of the month, he had as many fish as the initial amount plus 31 more. So, the number of fish in the middle of the month is:
       \[
       31 + 31 = 62
       \]
    3. At the end of the month, he had as many fish as the amount he had in the middle of the month plus the initial 31 fish. So, the number of fish at the end of the month is:
       \[
       62 + 31 = 93
       \]

    ### Answer: 93

Expected answer: 93

Correct? Yes

🔗 Follow-up

Problem: Let's reconsider the original scenario with the penguin. Instead of getting the original 31 extra fish in the middle of the month, the penguin now only gets an additional 21 fish. Using the rest of the fish count as before, how many fish does the penguin have by the end of the month now?

GPT-4o:

    Let's break down the revised problem step by step.

    1. At the beginning of the month, the penguin had 31 fish.
    2. By the middle of the month, he had as many fish as the initial amount plus 21 more. So, the number of fish in the middle of the month is:
       \[
       31 + 21 = 52
       \]
    3. At the end of the month, he had as many fish as the amount he had in the middle of the month plus the initial 31 fish. So, the number of fish at the end of the month is:
       \[
       52 + 31 = 83
       \]

    ### Answer: 83

Expected answer: 83

Correct? Yes

🔗 Problem

Problem: Katie baked 34 cookies in the morning. She baked the same amount in the afternoon. How many cookies did Katie bake in total?

GPT-4o:

    To determine the total number of cookies Katie baked, we need to add the number of cookies she baked in the morning to the number of cookies she baked in the afternoon.

    Katie baked 34 cookies in the morning and the same amount in the afternoon. Therefore, she baked:

    \[ 34 \text{ cookies (morning)} + 34 \text{ cookies (afternoon)} \]

    Adding these together:

    \[ 34 + 34 = 68 \]

    ### Answer: 68

Expected answer: 68

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, what if instead of making 34 cookies in the morning and afternoon, Katie actually baked 23 cookies during each time period? How many cookies did she make in total in that case?

GPT-4o:

    To determine the total number of cookies Katie baked when she made 23 cookies in the morning and 23 cookies in the afternoon, we need to add the number of cookies she baked in each time period.

    Katie baked 23 cookies in the morning and the same amount in the afternoon. Therefore, she baked:

    \[ 23 \text{ cookies (morning)} + 23 \text{ cookies (afternoon)} \]

    Adding these together:

    \[ 23 + 23 = 46 \]

    ### Answer: 46

Expected answer: 46

Correct? Yes

🔗 Problem

Problem: Emma bought 17 toothbrushes for her family. Her friend Clarissa then gave her an additional sum of 71 and 38 toothbrushes from her dentist's office. How many toothbrushes does Emma have now?

GPT-4o:

    To determine the total number of toothbrushes Emma has, we need to add the number of toothbrushes she bought to the number of toothbrushes given to her by Clarissa.

    First, let's add the toothbrushes given by Clarissa:
    \[ 71 + 38 = 109 \]

    Next, we add the toothbrushes Emma originally bought to the total given by Clarissa:
    \[ 17 + 109 = 126 \]

    ### Answer: 126

Expected answer: 126

Correct? Yes

🔗 Follow-up

Problem: Emma then visited a local health fair where she received an additional 59 toothbrushes to add to her collection. How many toothbrushes does Emma now have in total?

GPT-4o:

    To find the new total number of toothbrushes Emma has, we need to add the additional 59 toothbrushes she received at the health fair to the number she already had.

    Emma previously had 126 toothbrushes. Adding the 59 toothbrushes from the health fair:
    \[ 126 + 59 = 185 \]

    ### Answer: 185

Expected answer: 185

Correct? Yes

🔗 Follow-up

Problem: In the previous problem, suppose Emma initially bought 17 toothbrushes. But this time, Clarissa gives her an additional sum of 80 and 38 toothbrushes instead of the previous amount she received. How many toothbrushes does Emma have now?

GPT-4o:

    To determine the total number of toothbrushes Emma has now, we need to add the number of toothbrushes she bought to the number of toothbrushes given to her by Clarissa.

    First, let's add the toothbrushes given by Clarissa:
    \[ 80 + 38 = 118 \]

    Next, we add the toothbrushes Emma originally bought to the total given by Clarissa:
    \[ 17 + 118 = 135 \]

    ### Answer: 135

Expected answer: 135

Correct? Yes

🔗 Problem

Problem: A frog is sitting on a leaf. The leaf is 31 cm from the ground. The frog jumps and reaches an exact same spot on another leaf. How much distance in centimeters did the frog cover in total?

GPT-4o:

    To determine the total distance the frog covered, we need to consider both the upward and downward parts of the jump.

    1. The frog jumps up from the first leaf to reach the same height on another leaf, which is 31 cm above the ground.
    2. The frog then lands back down on the second leaf, which is also 31 cm above the ground.

    Since the frog jumps up 31 cm and then comes back down 31 cm, the total distance covered is:
    \[ 31 \, \text{cm} \, (\text{up}) + 31 \, \text{cm} \, (\text{down}) = 62 \, \text{cm} \]

    ### Answer: 62 cm

Expected answer: 62

Correct? Yes

🔗 Follow-up

Problem: After jumping to another leaf, the frog decided to jump again to a flower that is 69 cm above from the ground. Considering the distance the frog covered in his previous jumps, how much distance in centimeters did the frog cover in total?

GPT-4o:

    Let's break down the total distance the frog covered in all its jumps:

    1. The frog initially jumped from the first leaf to another leaf at the same height, which was 31 cm above the ground. This jump covered a total distance of 62 cm (31 cm up and 31 cm down).

    2. After landing on the second leaf, the frog then jumped to a flower that is 69 cm above the ground. Since the second leaf is 31 cm above the ground, the additional height the frog needs to jump is:
    \[ 69 \, \text{cm} - 31 \, \text{cm} = 38 \, \text{cm} \]

    So, the frog jumps an additional 38 cm to reach the flower.

    Now, let's add up all the distances:
    \[ 62 \, \text{cm} \, (\text{first jump}) + 38 \, \text{cm} \, (\text{second jump}) = 100 \, \text{cm} \]

    ### Answer: 100 cm

Expected answer: 131

Correct? No

🔗 Follow-up

Problem: Suppose instead of the initial 31 cm, the leaves were only 20 cm above the ground when the frog first started jumping. Given the same jumps as before, how much distance in centimeters would the frog cover then?

GPT-4o:

    To determine the total distance the frog covered with the leaves being 20 cm above the ground, we follow the same reasoning as before:

    1. The frog jumps up from the first leaf to reach the same height on another leaf, which is 20 cm above the ground.
    2. The frog then lands back down on the second leaf, which is also 20 cm above the ground.

    Since the frog jumps up 20 cm and then comes back down 20 cm, the total distance covered is:
    \[ 20 \, \text{cm} \, (\text{up}) + 20 \, \text{cm} \, (\text{down}) = 40 \, \text{cm} \]

    ### Answer: 40 cm

Expected answer: 40

Correct? Yes

🔗 Problem

Problem: In a summer vacation assignment, Olivia wrote 70 words on her first day and 23 words on the second day. In addition to this, Isabella wrote 17 words in her assignment. Find the total number of words written by both Olivia and Isabella.

GPT-4o:

    First, let's find the total number of words Olivia wrote. She wrote 70 words on the first day and 23 words on the second day.

    \[ 70 + 23 = 93 \]

    So, Olivia wrote a total of 93 words.

    Next, we add the number of words written by Isabella, which is 17.

    \[ 93 + 17 = 110 \]

    Therefore, the total number of words written by both Olivia and Isabella is 110.

    ### Answer: 110

Expected answer: 110

Correct? Yes

🔗 Follow-up

Problem: Now imagine that after Olivia and Isabella completed their assignments, Isabella decided to write an additional 17 words. With this additional contribution, what is the total number of words written by both Olivia and Isabella?

GPT-4o:

    We already know that Olivia wrote a total of 93 words and Isabella initially wrote 17 words.

    First, let's calculate the total number of words written by both Olivia and Isabella before the additional contribution:

    \[ 93 + 17 = 110 \]

    Now, Isabella decided to write an additional 17 words. We need to add this to the previous total:

    \[ 110 + 17 = 127 \]

    Therefore, the total number of words written by both Olivia and Isabella, including Isabella's additional contribution, is 127.

    ### Answer: 127

Expected answer: 127

Correct? Yes

🔗 Follow-up

Problem: In the previous scenario, consider now that Olivia initially wrote only 4 words on the first day instead of 70, but still wrote 23 words on the second day. Isabella wrote 17 words as before. Given this, how many total words have Olivia and Isabella written now?

GPT-4o:

    First, let's find the total number of words Olivia wrote with the new information. She wrote 4 words on the first day and 23 words on the second day.

    \[ 4 + 23 = 27 \]

    So, Olivia wrote a total of 27 words.

    Next, we add the number of words written by Isabella, which is 17.

    \[ 27 + 17 = 44 \]

    Therefore, the total number of words written by both Olivia and Isabella is 44.

    ### Answer: 44

Expected answer: 44

Correct? Yes

🔗 Problem

Problem: On a morning commute, a bus picks up 48 riders at one stop. At the next stop, it picks up another 18 riders. How many riders are there in all on the bus?

GPT-4o:

    To find the total number of riders on the bus, we need to add the number of riders picked up at each stop.

    First stop: 48 riders
    Second stop: 18 riders

    Adding these together:
    \[ 48 + 18 = 66 \]

    ### Answer: 66

Expected answer: 66

Correct? Yes

🔗 Follow-up

Problem: After the morning commute, the same bus does an afternoon route. The number of riders it picks up is exactly the same as the morning route. How many riders does the bus pick up in total for both the morning and afternoon routes?

GPT-4o:

    To find the total number of riders for both the morning and afternoon routes, we need to double the number of riders from the morning route.

    From the previous problem, we know the bus picks up 66 riders in the morning.

    Since the afternoon route picks up the same number of riders:
    \[ 66 \text{ (morning)} + 66 \text{ (afternoon)} = 132 \]

    ### Answer: 132

Expected answer: 132

Correct? Yes

🔗 Follow-up

Problem: In a new scenario, the bus picks up 48 riders on the morning commute, just like before. But this time at the next stop, it picks up 52 more riders. How many riders are there in all on the bus now?

GPT-4o:

    To find the total number of riders on the bus, we need to add the number of riders picked up at each stop.

    First stop: 48 riders
    Second stop: 52 riders

    Adding these together:
    \[ 48 + 52 = 100 \]

    ### Answer: 100

Expected answer: 100

Correct? Yes

🔗 Problem

Problem: Sophia found a box of old trading cards in the attic. She counted 24 of them as baseball cards and 35 as basketball cards. Later on, she discovered 22 more cards from various sports. How many trading cards has Sophia found in total?

GPT-4o:

    To determine the total number of trading cards Sophia found, we need to add up all the cards she counted.

    First, we add the baseball and basketball cards:
    \[ 24 \text{ (baseball cards)} + 35 \text{ (basketball cards)} = 59 \text{ cards} \]

    Next, we add the additional 22 cards she discovered:
    \[ 59 \text{ cards} + 22 \text{ cards} = 81 \text{ cards} \]

    Therefore, the total number of trading cards Sophia has found is:
    ### Answer: 81

Expected answer: 81

Correct? Yes

🔗 Follow-up

Problem: After Sophia counted 24 baseball cards, 35 basketball cards, and another 22 cards from various sports that she had found in the attic, she remembered her old shoebox full of trading cards under her bed. In the shoebox, she found 45 more cards. How many total trading cards does Sophia have now?

GPT-4o:

    To find the total number of trading cards Sophia has, we need to add the cards she initially counted with the cards she found in the shoebox.

    First, we calculate the total number of cards she initially counted:
    \[ 24 \text{ (baseball cards)} + 35 \text{ (basketball cards)} + 22 \text{ (various sports cards)} = 81 \text{ cards} \]

    Next, we add the 45 cards she found in the shoebox:
    \[ 81 \text{ cards} + 45 \text{ cards} = 126 \text{ cards} \]

    Therefore, the total number of trading cards Sophia has now is:
    ### Answer: 126

Expected answer: 126

Correct? Yes

🔗 Follow-up

Problem: Sophia initially found 24 baseball cards and 35 basketball cards in the attic. Later, she discovered 92 more cards, making it a wide variety of sports cards. How many trading cards has Sophia found in total now?

GPT-4o:

    To find the total number of trading cards Sophia has found, we need to add up all the cards she initially found and the additional cards she discovered later.

    First, we add the baseball and basketball cards:
    \[ 24 \text{ (baseball cards)} + 35 \text{ (basketball cards)} = 59 \text{ cards} \]

    Next, we add the 92 additional cards she discovered:
    \[ 59 \text{ cards} + 92 \text{ cards} = 151 \text{ cards} \]

    Therefore, the total number of trading cards Sophia has found is:
    ### Answer: 151

Expected answer: 151

Correct? Yes

🔗 Problem

Problem: For his birthday, Jenny's father receives 16 gifts. Eight more gifts arrive in the mail the next day. In addition, Jenny's dad gets 23 gifts at his office. How many gifts did Jenny's dad receive in total?

GPT-4o:

    To find the total number of gifts Jenny's father received, we need to add up all the gifts he received from different sources.

    1. He received 16 gifts initially.
    2. He received 8 more gifts in the mail the next day.
    3. He received 23 gifts at his office.

    First, we add the gifts received initially and the gifts received in the mail:
    \[ 16 + 8 = 24 \]

    Next, we add the gifts received at his office:
    \[ 24 + 23 = 47 \]

    So, Jenny's father received a total of 47 gifts.

    ### Answer: 47

Expected answer: 47

Correct? Yes

🔗 Follow-up

Problem: What if Jenny had made a mistake in her original count and her dad actually received 38 gifts initially, not 16? Eight more gifts still arrive in the mail the next day and he still gets the 23 gifts at his office. With these changes, how many gifts did Jenny's dad receive in total now?

GPT-4o:

    To find the total number of gifts Jenny's father received with the corrected initial count, we need to add up all the gifts he received from different sources.

    1. He received 38 gifts initially (corrected count).
    2. He received 8 more gifts in the mail the next day.
    3. He received 23 gifts at his office.

    First, we add the gifts received initially and the gifts received in the mail:
    \[ 38 + 8 = 46 \]

    Next, we add the gifts received at his office:
    \[ 46 + 23 = 69 \]

    So, with the corrected initial count, Jenny's father received a total of 69 gifts.

    ### Answer: 69

Expected answer: 69

Correct? Yes

🔗 Problem

Problem: Let's say you have 30 pencils. You bought an exact same amount more. How many pencils do you have now?

GPT-4o:

    To determine the total number of pencils, we start with the initial amount and add the same amount that was bought.

    Initial number of pencils: 30
    Number of pencils bought: 30

    Total number of pencils = Initial number of pencils + Number of pencils bought
    Total number of pencils = 30 + 30

    ### Answer: 60

Expected answer: 60

Correct? Yes

🔗 Follow-up

Problem: After buying the same amount of additional pencils, you find that your friend has gifted you 15 more pencils. How many pencils do you have in total now?

GPT-4o:

    To find the total number of pencils, we need to add the number of pencils gifted by your friend to the total number of pencils you had after buying the additional pencils.

    From the previous calculation, we know:
    Total number of pencils after buying more: 60

    Number of pencils gifted by your friend: 15

    Total number of pencils now = Total number of pencils after buying more + Number of pencils gifted
    Total number of pencils now = 60 + 15

    ### Answer: 75

Expected answer: 75

Correct? Yes

🔗 Follow-up

Problem: Let's consider the previous scenario but this time, you initially have 80 pencils instead of 30. If you again bought an exact same amount more, how many pencils would you have now?

GPT-4o:

    To determine the total number of pencils, we start with the initial amount and add the same amount that was bought.

    Initial number of pencils: 80
    Number of pencils bought: 80

    Total number of pencils = Initial number of pencils + Number of pencils bought
    Total number of pencils = 80 + 80

    ### Answer: 160

Expected answer: 160

Correct? Yes

🔗 Problem

Problem: Peter watched 93 minutes of TV in the morning. Later in the evening, he watched another 84 minutes. How many total minutes of TV did Peter watch in a day?

GPT-4o:

    To find the total number of minutes Peter watched TV in a day, we need to add the minutes he watched in the morning to the minutes he watched in the evening.

    Peter watched 93 minutes of TV in the morning.
    Peter watched 84 minutes of TV in the evening.

    Now, we add these two amounts together:
    \[ 93 + 84 = 177 \]

    ### Answer: 177

Expected answer: 177

Correct? Yes

🔗 Follow-up

Problem: Continuing from the last time, after Peter had watched a total of minutes from morning and the evening, he again watched an additional 92 minutes of TV before his bedtime. How many total minutes of TV did Peter watch now in the whole day?

GPT-4o:

    We already know that Peter watched a total of 177 minutes of TV in the morning and evening combined.

    Now, he watched an additional 92 minutes of TV before his bedtime.

    To find the new total, we add the additional 92 minutes to the previous total of 177 minutes:
    \[ 177 + 92 = 269 \]

    ### Answer: 269

Expected answer: 269

Correct? Yes

🔗 Follow-up

Problem: Suppose instead of 93 minutes in the morning, Peter initially watched 83 minutes of TV. He still watched 84 minutes later in the evening. Now, how many total minutes of TV did Peter watch in a day?

GPT-4o:

    To find the total number of minutes Peter watched TV in a day with the new information, we need to add the minutes he watched in the morning to the minutes he watched in the evening.

    Peter watched 83 minutes of TV in the morning.
    Peter watched 84 minutes of TV in the evening.

    Now, we add these two amounts together:
    \[ 83 + 84 = 167 \]

    ### Answer: 167

Expected answer: 167

Correct? Yes

🔗 Problem

Problem: Jake has 69 balls. He goes to a store and buys the same amount of balls. How many balls does Jake have now?

GPT-4o:

    To determine the total number of balls Jake has after buying the same amount he already has, we need to add the number of balls he initially has to the number of balls he buys.

    Jake initially has 69 balls. He buys the same amount, which is also 69 balls.

    So, the total number of balls Jake has now is:
    \[ 69 + 69 = 138 \]

    ### Answer: 138

Expected answer: 138

Correct? Yes

🔗 Follow-up

Problem: Following up on the previous problem, after Jake buys the same amount of balls from the store, his friend decides to give him an additional 12 balls as a gift. How many balls does Jake have now?

GPT-4o:

    To determine the total number of balls Jake has after receiving an additional 12 balls from his friend, we need to add the number of balls he already has to the number of balls he receives as a gift.

    From the previous problem, we know Jake has 138 balls after buying the same amount from the store.

    Now, his friend gives him an additional 12 balls.

    So, the total number of balls Jake has now is:
    \[ 138 + 12 = 150 \]

    ### Answer: 150

Expected answer: 150

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, let's say Jake initially bought only 54 balls instead of 69. He still doubles that amount by buying the same number of balls from the store. How many balls would Jake have then?

GPT-4o:

    If Jake initially bought 54 balls and then bought the same amount again, we need to calculate the total number of balls he has by doubling the initial amount.

    Jake initially has 54 balls. He buys the same amount, which is also 54 balls.

    So, the total number of balls Jake has now is:
    \[ 54 + 54 = 108 \]

    ### Answer: 108

Expected answer: 108

Correct? Yes

🔗 Problem

Problem: A zookeeper takes count of the elephants in the zoo. In the first section, he finds 53 elephants. In the next section, he finds 71 more. On his way out, he realizes that he needs to revisit a previously counted section of 72 elephants. How many elephants did he count altogether?

GPT-4o:

    To find the total number of elephants the zookeeper counted, we need to sum the elephants in each section.

    1. In the first section, the zookeeper finds 53 elephants.
    2. In the next section, he finds 71 elephants.
    3. He revisits a section with 72 elephants.

    First, we add the elephants from the first two sections:
    \[ 53 + 71 = 124 \]

    Next, we add the elephants from the revisited section:
    \[ 124 + 72 = 196 \]

    Thus, the total number of elephants counted is:
    ### Answer: 196

Expected answer: 196

Correct? Yes

🔗 Follow-up

Problem: After the zookeeper's day shift, he decides to check the recorded count of the elephants during his night shift. He revisits the first two sections counting 53 and 71 elephants and recounts the same number. He then adds this to his previous total count including the section with the 72 elephants. What is his total count of the elephants now after his night shift?

GPT-4o:

    To find the total count of elephants after the zookeeper's night shift, we need to add the counts from his night shift to the previous total count.

    From the previous calculation, the total count during the day shift was:
    \[ 196 \]

    During the night shift, he revisits the first two sections:
    1. First section: 53 elephants
    2. Second section: 71 elephants

    First, we sum the counts from the night shift:
    \[ 53 + 71 = 124 \]

    Next, we add this to the previous total count:
    \[ 196 + 124 = 320 \]

    Thus, the total count of elephants after the night shift is:
    ### Answer: 320

Expected answer: 320

Correct? Yes

🔗 Problem

Problem: Sally is organizing her wardrobe and she notices she has a total of 7 dresses and 96 skirts. Later, she also finds another 26 shirts. How many total items of clothing does Sally have in her wardrobe?

GPT-4o:

    To find the total number of items of clothing Sally has in her wardrobe, we need to add the number of dresses, skirts, and shirts together.

    First, we know Sally has:
    - 7 dresses
    - 96 skirts
    - 26 shirts

    Now, we add these numbers together:
    \[ 7 + 96 + 26 \]

    Let's perform the addition step-by-step:
    \[ 7 + 96 = 103 \]
    \[ 103 + 26 = 129 \]

    So, the total number of items of clothing Sally has in her wardrobe is 129.

    ### Answer: 129

Expected answer: 129

Correct? Yes

🔗 Follow-up

Problem: After going through her wardrobe again, Sally realizes she actually has 99 skirts instead of 96. Keeping the count of 7 dresses and 26 shirts the same, how many total items of clothing does Sally have in her wardrobe now?

GPT-4o:

    To find the updated total number of items of clothing in Sally's wardrobe, we need to add the corrected number of skirts to the number of dresses and shirts.

    Sally has:
    - 7 dresses
    - 99 skirts (corrected from 96)
    - 26 shirts

    Now, we add these numbers together:
    \[ 7 + 99 + 26 \]

    Let's perform the addition step-by-step:
    \[ 7 + 99 = 106 \]
    \[ 106 + 26 = 132 \]

    So, the total number of items of clothing Sally has in her wardrobe now is 132.

    ### Answer: 132

Expected answer: 132

Correct? Yes

🔗 Problem

Problem: Sarah has managed to bake 80 sandwiches for the local fundraiser. Later in the day, Kevin, her friend, comes over and makes an additional quantity of sandwiches such that in total, the sandwiches he makes added to Sarah's make up 33 more than the number of sandwiches made by Sarah. How many sandwiches did Kevin make?

GPT-4o:

    Let's denote the number of sandwiches Kevin made as \( K \).

    According to the problem, the total number of sandwiches made by both Sarah and Kevin is 33 more than the number of sandwiches made by Sarah alone. Mathematically, this can be expressed as:
    \[ 80 + K = 80 + 33 \]

    First, simplify the right-hand side of the equation:
    \[ 80 + K = 113 \]

    Next, solve for \( K \) by subtracting 80 from both sides of the equation:
    \[ K = 113 - 80 \]
    \[ K = 33 \]

    Therefore, Kevin made 33 sandwiches.

    ### Answer: 33

Expected answer: 113

Correct? No

🔗 Problem

Problem: Gabriella has 31 grapes. She buys 75 more. John has 64 grapes and decides to add to his pile all the grapes that Gabriella has. How many grapes does John have now?

GPT-4o:

    First, let's determine the total number of grapes Gabriella has after buying more. Gabriella initially has 31 grapes and buys 75 more:

    \[ 31 + 75 = 106 \]

    So, Gabriella now has 106 grapes.

    Next, John decides to add all of Gabriella's grapes to his own. John initially has 64 grapes. Adding Gabriella's 106 grapes to John's 64 grapes:

    \[ 64 + 106 = 170 \]

    Therefore, John now has 170 grapes.

    ### Answer: 170

Expected answer: 170

Correct? Yes

🔗 Follow-up

Problem: Instead of buying 75 grapes, what if Gabriella had bought 45 grapes initially. In this scenario, she would start with 31 grapes, then buy an additional 45 grapes, and then John would take his 64 grapes and add all the grapes Gabriella has. How many grapes would John have then?

GPT-4o:

    First, let's determine the total number of grapes Gabriella has after buying 45 more grapes. Gabriella initially has 31 grapes and buys 45 more:

    \[ 31 + 45 = 76 \]

    So, Gabriella now has 76 grapes.

    Next, John decides to add all of Gabriella's grapes to his own. John initially has 64 grapes. Adding Gabriella's 76 grapes to John's 64 grapes:

    \[ 64 + 76 = 140 \]

    Therefore, John now has 140 grapes.

    ### Answer: 140

Expected answer: 140

Correct? Yes

🔗 Problem

Problem: A queen bee lays 51 eggs and then lays an additional 64 eggs. The worker bees find 53 more eggs in the hive, and then they discover another cache of 79 eggs. How many eggs are in the hive in total?

GPT-4o:

    To find the total number of eggs in the hive, we need to sum all the eggs laid and discovered.

    First, we add the eggs laid by the queen bee:
    \[ 51 + 64 = 115 \]

    Next, we add the eggs found by the worker bees:
    \[ 53 + 79 = 132 \]

    Finally, we sum the total eggs laid and found:
    \[ 115 + 132 = 247 \]

    ### Answer: 247

Expected answer: 247

Correct? Yes

🔗 Follow-up

Problem: Following the discovery of the cache of 79 eggs in the hive, an experienced beekeeper gives the worker bees a batch of 5 eggs from another hive. How many eggs are in the hive now?

GPT-4o:

    We previously calculated that there were 247 eggs in the hive. Now, the beekeeper adds an additional 5 eggs from another hive.

    To find the new total number of eggs, we add these 5 eggs to the existing total:
    \[ 247 + 5 = 252 \]

    ### Answer: 252

Expected answer: 252

Correct? Yes

🔗 Problem

Problem: A fruit vendor sells 68 bananas in a day. Meanwhile, a small market nearby sells 35 bananas during the same day. How many bananas were sold in total that day?

GPT-4o:

    To find the total number of bananas sold by both the fruit vendor and the small market, we need to add the number of bananas sold by each.

    The fruit vendor sells 68 bananas in a day.
    The small market sells 35 bananas in the same day.

    Adding these together:
    \[ 68 + 35 = 103 \]

    ### Answer: 103

Expected answer: 103

Correct? Yes

🔗 Follow-up

Problem: From the bananas sold in a day, a fruit vendor picks up the total number of bananas he and the nearby small market have sold. This number is noted down for record keeping. What is the recorded total number of bananas sold in a day?

GPT-4o:

    We already calculated the total number of bananas sold in a day by both the fruit vendor and the small market in the previous problem.

    The fruit vendor sells 68 bananas in a day.
    The small market sells 35 bananas in the same day.

    Adding these together:
    \[ 68 + 35 = 103 \]

    Therefore, the recorded total number of bananas sold in a day is 103.

    ### Answer: 103

Expected answer: 103

Correct? Yes

🔗 Follow-up

Problem: Earlier, the fruit vendor sold 68 bananas in a day, but the following day he sells only 49 bananas. The same small market nearby keeps its sales consistent and sells 35 bananas again. How many bananas were sold in total on this new day?

GPT-4o:

    To find the total number of bananas sold on the new day, we need to add the number of bananas sold by the fruit vendor and the small market.

    The fruit vendor sells 49 bananas on the new day.
    The small market sells 35 bananas on the same day.

    Adding these together:
    \[ 49 + 35 = 84 \]

    ### Answer: 84

Expected answer: 84

Correct? Yes

🔗 Problem

Problem: Sam's computer has 23GB of storage space left. After compressing some files, he is able to free up an additional 98GB. How much total storage space does Sam's computer have now?

GPT-4o:

    To find the total storage space Sam's computer has now, we need to add the storage space he had left initially to the additional space he freed up.

    Initially, Sam had 23GB of storage space left.
    After compressing some files, he freed up an additional 98GB.

    Now, we add these two amounts together:
    \[ 23 \, \text{GB} + 98 \, \text{GB} = 121 \, \text{GB} \]

    ### Answer: 121GB

Expected answer: 121

Correct? Yes

🔗 Follow-up

Problem: Now, suppose Sam had originally had a total of 96GB of storage space available on his computer instead of 23GB. After compressing the same files, he is still able to free up an additional 98GB. With this scenario, how much total storage space does Sam's computer have now?

GPT-4o:

    To determine the total storage space Sam's computer has now, we need to add the original storage space to the additional space he freed up.

    Initially, Sam had 96GB of storage space available.
    After compressing some files, he freed up an additional 98GB.

    Now, we add these two amounts together:
    \[ 96 \, \text{GB} + 98 \, \text{GB} = 194 \, \text{GB} \]

    ### Answer: 194GB

Expected answer: 194

Correct? Yes

🔗 Problem

Problem: Frank has a fish farm with 77 fish in one of the tanks. One day, he decides to add an additional 19 fish into the tank. How many fish are there in the tank in total?

GPT-4o:

    To find the total number of fish in the tank after Frank adds the additional fish, we need to add the number of fish already in the tank to the number of fish he added.

    Frank initially has 77 fish in the tank. He adds 19 more fish.

    So, we calculate:
    \[ 77 + 19 = 96 \]

    ### Answer: 96

Expected answer: 96

Correct? Yes

🔗 Follow-up

Problem: Frank continues to grow his fish farm and adds an additional 51 fish into the tank. Now, how many fish are there in the tank in total?

GPT-4o:

    To find the new total number of fish in the tank after Frank adds an additional 51 fish, we need to add the number of fish currently in the tank to the number of fish he is adding.

    From the previous calculation, we know there are 96 fish in the tank. Frank adds 51 more fish.

    So, we calculate:
    \[ 96 + 51 = 147 \]

    ### Answer: 147

Expected answer: 147

Correct? Yes

🔗 Follow-up

Problem: Following up on the previous question, imagine Frank started with a smaller tank that only had 4 fish. He adds the same number of fish as before, an additional 19 into the tank. How many fish are now in that tank in total?

GPT-4o:

    To determine the total number of fish in the smaller tank after Frank adds the additional fish, we need to add the number of fish already in the tank to the number of fish he added.

    Frank initially has 4 fish in the smaller tank. He adds 19 more fish.

    So, we calculate:
    \[ 4 + 19 = 23 \]

    ### Answer: 23

Expected answer: 23

Correct? Yes

🔗 Problem

Problem: A truck driver starts his journey with 83 gallons of gas in his tank. He stops at the first station and fills up an additional 36 gallons. Then he drives until he needs to refill and adds 99 more gallons. Finally, he stops near his destination and tops off his tank with 7 gallons. How many total gallons of gas did the truck driver use for his journey?

GPT-4o:

    To determine the total gallons of gas used by the truck driver, we need to sum up all the gallons of gas he had at the start and the additional gallons he added during his journey.

    1. The truck driver starts with 83 gallons of gas.
    2. At the first station, he adds 36 gallons.
    3. Later, he refills with 99 more gallons.
    4. Near his destination, he tops off with 7 gallons.

    Now, we add all these amounts together:

    \[ 83 + 36 + 99 + 7 \]

    First, add 83 and 36:

    \[ 83 + 36 = 119 \]

    Next, add 119 and 99:

    \[ 119 + 99 = 218 \]

    Finally, add 218 and 7:

    \[ 218 + 7 = 225 \]

    Thus, the total gallons of gas used by the truck driver for his journey is:

    ### Answer: 225

Expected answer: 225

Correct? Yes

🔗 Follow-up

Problem: Instead of topping off his tank with 7 gallons near his destination as in the initial journey, the truck driver decides to fill up 39 gallons this time. With this change, how many total gallons of gas did the truck driver use for his journey?

GPT-4o:

    To determine the total gallons of gas used by the truck driver with the new amount of 39 gallons added near his destination, we need to sum up all the gallons of gas he had at the start and the additional gallons he added during his journey.

    1. The truck driver starts with 83 gallons of gas.
    2. At the first station, he adds 36 gallons.
    3. Later, he refills with 99 more gallons.
    4. Near his destination, he now adds 39 gallons instead of 7.

    Now, we add all these amounts together:

    \[ 83 + 36 + 99 + 39 \]

    First, add 83 and 36:

    \[ 83 + 36 = 119 \]

    Next, add 119 and 99:

    \[ 119 + 99 = 218 \]

    Finally, add 218 and 39:

    \[ 218 + 39 = 257 \]

    Thus, the total gallons of gas used by the truck driver for his journey with the new amount is:

    ### Answer: 257

Expected answer: 257

Correct? Yes

🔗 Problem

Problem: Bobby goes to the local park and decides to test how high he can swing on three different swings. On the first swing, he goes 56 feet in the air, then comes back down and goes another 53 feet high. On the second swing, he goes as high as he did on the first one plus an additional 5 feet. On the third swing, he challenges himself and goes as high as he did on the second one plus an additional 34 feet. How high did Bobby swing on the third swing?

GPT-4o:

    To determine how high Bobby swung on the third swing, we need to follow these steps:

    1. Calculate the height Bobby reached on the first swing:
       - First swing: 56 feet
       - Second swing: 53 feet
       - The highest point on the first swing is 56 feet.

    2. Calculate the height Bobby reached on the second swing:
       - The second swing is 5 feet higher than the highest point on the first swing.
       - Height on the second swing = 56 feet + 5 feet = 61 feet.

    3. Calculate the height Bobby reached on the third swing:
       - The third swing is 34 feet higher than the highest point on the second swing.
       - Height on the third swing = 61 feet + 34 feet = 95 feet.

    ### Answer: 95 feet.

Expected answer: 148

Correct? No

🔗 Problem

Problem: Bob starts with a wallet containing $88. He finds $40 on the ground and adds it to his wallet. Later, his mom gives him an additional $56 for doing chores. How much money does Bob have in his wallet now?

GPT-4o:

    To determine how much money Bob has in his wallet now, we need to add the amounts he received to his initial amount.

    1. Bob starts with $88.
    2. He finds $40 and adds it to his wallet:
       \[
       88 + 40 = 128
       \]
    3. His mom gives him an additional $56:
       \[
       128 + 56 = 184
       \]

    So, Bob now has $184 in his wallet.

    ### Answer: $184

Expected answer: 184

Correct? Yes

🔗 Follow-up

Problem: In addition to the money Bob has in his wallet, his sister Penny gives him $13 from her piggy bank to help him buy a new game. How much money does Bob have now?

GPT-4o:

    To find out how much money Bob has now, we need to add the $13 his sister Penny gave him to the amount he already has in his wallet.

    1. Bob currently has $184 in his wallet.
    2. Penny gives him $13:
       \[
       184 + 13 = 197
       \]

    So, Bob now has $197.

    ### Answer: $197

Expected answer: 197

Correct? Yes

🔗 Follow-up

Problem: Instead of finding $40 on the ground, Bob initially finds $53. He adds this to his original $88 he had in the wallet, and his mom still gives him an additional $56 for doing chores. How much money does Bob have in his wallet now?

GPT-4o:

    To determine how much money Bob has in his wallet now, we need to add the amounts he received to his initial amount.

    1. Bob starts with $88.
    2. He finds $53 and adds it to his wallet:
       \[
       88 + 53 = 141
       \]
    3. His mom gives him an additional $56:
       \[
       141 + 56 = 197
       \]

    So, Bob now has $197 in his wallet.

    ### Answer: $197

Expected answer: 197

Correct? Yes

🔗 Problem

Problem: In a magical wizard world, Eugene the wizard has 98 magic orbs. Merlin, another wizard, has 71 more orbs than Eugene. Damien, a third wizard, has 59 orbs more than Merlin. How many orbs does Damien have?

GPT-4o:

    First, let's determine how many orbs Merlin has. Merlin has 71 more orbs than Eugene, who has 98 orbs. Therefore, we calculate:

    \[ 98 + 71 = 169 \]

    So, Merlin has 169 orbs.

    Next, we need to find out how many orbs Damien has. Damien has 59 more orbs than Merlin. Therefore, we calculate:

    \[ 169 + 59 = 228 \]

    So, Damien has 228 orbs.

    ### Answer: 228

Expected answer: 228

Correct? Yes

🔗 Follow-up

Problem: In the further adventures of our magical wizards, Gertrude, a wise wizard, acquires 90 orbs more than Damien. How many orbs does Gertrude have now?

GPT-4o:

    We already know from the previous problem that Damien has 228 orbs. Gertrude acquires 90 more orbs than Damien. Therefore, we calculate:

    \[ 228 + 90 = 318 \]

    So, Gertrude has 318 orbs.

    ### Answer: 318

Expected answer: 318

Correct? Yes

🔗 Follow-up

Problem: Let's revisit our magical wizards' adventure, but this time, envision Eugene starting off with a different amount of magic orbs. Suppose Eugene initially had only 85 magic orbs instead of 98. Following the same chain of orb-acquiring, with Merlin having 71 more orbs than Eugene and Damien having 59 more orbs than Merlin, how many orbs would Damien have now?

GPT-4o:

    First, let's determine how many orbs Merlin has. Merlin has 71 more orbs than Eugene, who now has 85 orbs. Therefore, we calculate:

    \[ 85 + 71 = 156 \]

    So, Merlin has 156 orbs.

    Next, we need to find out how many orbs Damien has. Damien has 59 more orbs than Merlin. Therefore, we calculate:

    \[ 156 + 59 = 215 \]

    So, Damien has 215 orbs.

    ### Answer: 215

Expected answer: 215

Correct? Yes

🔗 Problem

Problem: Emma has 5 dolls. Sophia gives her the same number of dolls as she already has. How many dolls does Emma have now?

GPT-4o:

    Reasoning: Emma initially has 5 dolls. Sophia gives her the same number of dolls, which is also 5.

    To find the total number of dolls Emma has now, we add the number of dolls she initially had to the number of dolls Sophia gave her:
    \[ 5 + 5 = 10 \]

    ### Answer: 10

Expected answer: 10

Correct? Yes

🔗 Follow-up

Problem: Let's say that instead of starting with 5 dolls, Emma originally had 12 dolls. If Sophia gives her the same number of dolls as she originally had, how many dolls does Emma have now?

GPT-4o:

    Reasoning: Emma initially has 12 dolls. Sophia gives her the same number of dolls, which is also 12.

    To find the total number of dolls Emma has now, we add the number of dolls she initially had to the number of dolls Sophia gave her:
    \[ 12 + 12 = 24 \]

    ### Answer: 24

Expected answer: 24

Correct? Yes

🔗 Problem

Problem: During a chilly winter, Sally makes a hot chocolate recipe that requires 36 spoons of chocolate and 84 spoons of milk. After she adds the chocolate and milk, she also adds 34 spoons of whipped cream. How many total spoons of ingredients does Sally use for her hot chocolate?

GPT-4o:

    To find the total number of spoons of ingredients Sally uses for her hot chocolate, we need to add the number of spoons of each ingredient together.

    First, we have:
    - 36 spoons of chocolate
    - 84 spoons of milk
    - 34 spoons of whipped cream

    Now, we add these amounts together:
    \[ 36 + 84 + 34 \]

    Let's perform the addition step-by-step:
    \[ 36 + 84 = 120 \]
    \[ 120 + 34 = 154 \]

    So, the total number of spoons of ingredients Sally uses is:
    ### Answer: 154

Expected answer: 154

Correct? Yes

🔗 Follow-up

Problem: Continuing from the previous problem, what if Sally decided to increase her hot chocolate formula by using 64 spoons of chocolate instead of 36, while keeping the amount of milk and whipped cream identical. How many total spoons of ingredients does Sally now use for her hot chocolate recipe?

GPT-4o:

    To find the new total number of spoons of ingredients Sally uses for her hot chocolate, we need to update the number of spoons of chocolate and then add the amounts of all ingredients together.

    The new amounts are:
    - 64 spoons of chocolate (instead of 36)
    - 84 spoons of milk (unchanged)
    - 34 spoons of whipped cream (unchanged)

    Now, we add these amounts together:
    \[ 64 + 84 + 34 \]

    Let's perform the addition step-by-step:
    \[ 64 + 84 = 148 \]
    \[ 148 + 34 = 182 \]

    So, the total number of spoons of ingredients Sally now uses is:
    ### Answer: 182

Expected answer: 182

Correct? Yes

🔗 Problem

Problem: In a word game, the letter Z is given a score of 3. The score of the letter U is the sum of 31 and the score of Z. What is the score of the letter U?

GPT-4o:

    To find the score of the letter U, we need to add the score of the letter Z to 31.

    Given:
    - The score of the letter Z is 3.
    - The score of the letter U is the sum of 31 and the score of Z.

    First, we calculate the sum:
    \[ \text{Score of U} = 31 + \text{Score of Z} \]
    \[ \text{Score of U} = 31 + 3 \]
    \[ \text{Score of U} = 34 \]

    ### Answer: 34

Expected answer: 34

Correct? Yes

🔗 Follow-up

Problem: In the same word game, the letter C is assigned a score which is the sum of 69 and the score of U. What is the score of the letter C?

GPT-4o:

    To find the score of the letter C, we need to add the score of the letter U to 69.

    Given:
    - The score of the letter U is 34 (from the previous problem).
    - The score of the letter C is the sum of 69 and the score of U.

    First, we calculate the sum:
    \[ \text{Score of C} = 69 + \text{Score of U} \]
    \[ \text{Score of C} = 69 + 34 \]
    \[ \text{Score of C} = 103 \]

    ### Answer: 103

Expected answer: 103

Correct? Yes

🔗 Follow-up

Problem: Continuing with the same word game, let's change the rule a bit. Now, the letter Z is given a new score of 90. With the rule still in place that the score of the letter U is the sum of 31 and the score of Z, what is the new score of the letter U?

GPT-4o:

    To find the new score of the letter U, we need to add the new score of the letter Z to 31.

    Given:
    - The new score of the letter Z is 90.
    - The score of the letter U is the sum of 31 and the score of Z.

    First, we calculate the sum:
    \[ \text{Score of U} = 31 + \text{Score of Z} \]
    \[ \text{Score of U} = 31 + 90 \]
    \[ \text{Score of U} = 121 \]

    ### Answer: 121

Expected answer: 121

Correct? Yes

🔗 Problem

Problem: Mathew has 81 ounces of apple juice. He wants to add some orange juice to it. So, he pours in another 99 ounces. After pouring the orange juice, how many ounces of juice does Mathew have overall?

GPT-4o:

    To find the total amount of juice Mathew has after adding the orange juice, we need to add the amount of apple juice to the amount of orange juice.

    Mathew starts with 81 ounces of apple juice. He then adds 99 ounces of orange juice.

    So, the total amount of juice is:
    \[ 81 \text{ ounces} + 99 \text{ ounces} \]

    Calculating the sum:
    \[ 81 + 99 = 180 \]

    ### Answer: 180 ounces

Expected answer: 180

Correct? Yes

🔗 Follow-up

Problem: Continuing from the last problem - Suppose initially, Mathew only had 17 ounces of apple juice instead of 81 ounces. He still adds 99 ounces of orange juice. With this change, how many ounces of juice does Mathew have now?

GPT-4o:

    To find the total amount of juice Mathew has after adding the orange juice, we need to add the new amount of apple juice to the amount of orange juice.

    Mathew now starts with 17 ounces of apple juice. He then adds 99 ounces of orange juice.

    So, the total amount of juice is:
    \[ 17 \text{ ounces} + 99 \text{ ounces} \]

    Calculating the sum:
    \[ 17 + 99 = 116 \]

    ### Answer: 116 ounces

Expected answer: 116

Correct? Yes

🔗 Problem

Problem: Carla is testing a new feature on her binoculars that allows her to see objects from greater distances. Initially, she sets the view distance at 91 meters. Then, she increases the view distance by 80 more meters. What is the new adjusted viewing distance on her binoculars?

GPT-4o:

    To find the new adjusted viewing distance on Carla's binoculars, we need to add the initial view distance to the increase in distance.

    Initial view distance: 91 meters
    Increase in view distance: 80 meters

    New adjusted viewing distance = Initial view distance + Increase in view distance
    New adjusted viewing distance = 91 meters + 80 meters
    New adjusted viewing distance = 171 meters

    ### Answer: 171 meters

Expected answer: 171

Correct? Yes

🔗 Follow-up

Problem: Carla is now even more interested and decides to push her new binoculars to their limits. She decides to add another 92 meters to the viewing distance on her binoculars. After making this additional adjustment, what is the total viewing distance on Carla's binoculars now?

GPT-4o:

    To find the total viewing distance after Carla's additional adjustment, we need to add the new increase in distance to the previously adjusted viewing distance.

    Previously adjusted viewing distance: 171 meters
    Additional increase in view distance: 92 meters

    Total viewing distance = Previously adjusted viewing distance + Additional increase in view distance
    Total viewing distance = 171 meters + 92 meters
    Total viewing distance = 263 meters

    ### Answer: 263 meters

Expected answer: 263

Correct? Yes

🔗 Follow-up

Problem: Carla is considering her initial experimental trial with the binoculars. She thinks back to the first time she adjusted the binoculars, but she remembers that she initially set the view distance to 91 meters, but then increased it by 85 meters, not 80. What was the adjusted viewing distance on her binoculars during her initial trial?

GPT-4o:

    To find the adjusted viewing distance during Carla's initial trial, we need to add the initial view distance to the increase in distance.

    Initial view distance: 91 meters
    Increase in view distance: 85 meters

    Adjusted viewing distance = Initial view distance + Increase in view distance
    Adjusted viewing distance = 91 meters + 85 meters
    Adjusted viewing distance = 176 meters

    ### Answer: 176 meters

Expected answer: 176

Correct? Yes

🔗 Problem

Problem: Bobby has 42 keys. He gets another set of keys that has 56 more than the original set. Bobby also has a keychain that includes both the original set of keys and the new set of keys. How many keys does Bobby have in total?

GPT-4o:

    First, let's determine the number of keys in the new set. The new set has 56 more keys than the original set of 42 keys.

    Number of keys in the new set:
    \[ 42 + 56 = 98 \]

    Next, we add the number of keys in the original set to the number of keys in the new set to find the total number of keys Bobby has.

    Total number of keys:
    \[ 42 + 98 = 140 \]

    ### Answer: 140

Expected answer: 140

Correct? Yes

🔗 Follow-up

Problem: In the previous scenario, let's suppose Bobby originally had 42 keys, but he instead received an additional set of keys that only had 23 more than the original set. If Bobby's keychain still includes both the original set of keys and this new smaller set of keys, how many keys does Bobby now have in total?

GPT-4o:

    First, let's determine the number of keys in the new set. The new set has 23 more keys than the original set of 42 keys.

    Number of keys in the new set:
    \[ 42 + 23 = 65 \]

    Next, we add the number of keys in the original set to the number of keys in the new set to find the total number of keys Bobby has.

    Total number of keys:
    \[ 42 + 65 = 107 \]

    ### Answer: 107

Expected answer: 107

Correct? Yes

🔗 Problem

Problem: Jordy has 45 carrots. She manages to gather the same amount again from her farm. How many carrots does Jordy have now?

GPT-4o:

    To determine the total number of carrots Jordy has now, we need to add the number of carrots she initially had to the number of carrots she gathered from her farm.

    Initially, Jordy had 45 carrots. She gathered the same amount again, which means she gathered 45 more carrots.

    So, the total number of carrots Jordy has now is:
    \[ 45 + 45 = 90 \]

    ### Answer: 90

Expected answer: 90

Correct? Yes

🔗 Follow-up

Problem: After gathering the same amount of carrots from her farm, Jordy decides to go to the local market where she buys 4 more carrots. How many carrots does Jordy have now?

GPT-4o:

    To determine the total number of carrots Jordy has after buying 4 more carrots at the local market, we need to add these 4 carrots to the total she had after gathering from her farm.

    From the previous calculation, we know that Jordy had 90 carrots after gathering the same amount again from her farm.

    Now, she buys 4 more carrots:
    \[ 90 + 4 = 94 \]

    ### Answer: 94

Expected answer: 94

Correct? Yes

🔗 Follow-up

Problem: If originally Jordy had started with 14 carrots instead of 45 and she still managed to gather the same amount from her farm, how many carrots would she have then?

GPT-4o:

    To determine the total number of carrots Jordy would have if she originally had 14 carrots and gathered the same amount from her farm, we need to add the number of carrots she initially had to the number of carrots she gathered.

    Initially, Jordy had 14 carrots. She gathered the same amount again, which means she gathered 14 more carrots.

    So, the total number of carrots Jordy would have is:
    \[ 14 + 14 = 28 \]

    ### Answer: 28

Expected answer: 28

Correct? Yes

🔗 Problem

Problem: In a painting competition, one artist uses 43 blue strokes and 53 red strokes to complete his painting. Another artist, inspired by the first one, decides to use 67 more strokes in addition to what the first artist used. A third artist doubles the total number of strokes used by the second artist for her painting. How many strokes did the third artist use in her painting?

GPT-4o:

    First, let's determine the total number of strokes used by the first artist. The first artist uses 43 blue strokes and 53 red strokes:

    \[ 43 + 53 = 96 \]

    The second artist uses 67 more strokes than the first artist:

    \[ 96 + 67 = 163 \]

    The third artist doubles the total number of strokes used by the second artist:

    \[ 2 \times 163 = 326 \]

    ### Answer: 326

Expected answer: 326

Correct? Yes

🔗 Follow-up

Problem: Looking at the painting in the gallery, the artist realizes that the painting is not quite balanced. She thinks back to the painting competition, and remembers that if she had originally used 81 blue strokes instead of 53, her painting might have been more harmonious. Keeping all other elements the same, and doubling the total number of strokes for her painting just like before, she wonders how many strokes would there have been in her painting if she had made this change. How many strokes would there have been?

GPT-4o:

    First, let's determine the new total number of strokes if the artist had used 81 blue strokes instead of 53. The original number of red strokes remains the same at 53.

    The new total number of strokes for the first artist would be:

    \[ 81 + 53 = 134 \]

    The second artist uses 67 more strokes than the first artist:

    \[ 134 + 67 = 201 \]

    The third artist doubles the total number of strokes used by the second artist:

    \[ 2 \times 201 = 402 \]

    ### Answer: 402

Expected answer: 382

Correct? No

🔗 Problem

Problem: You buy 42 ice cream cones for your friends. You then decide to buy the same amount for another group of friends. How many ice cream cones did you buy in total?

GPT-4o:

    To find the total number of ice cream cones you bought, we need to add the number of ice cream cones bought for each group of friends.

    First, you bought 42 ice cream cones for the first group of friends.

    Then, you bought the same amount, 42 ice cream cones, for the second group of friends.

    To find the total, we add these two amounts together:
    \[ 42 + 42 = 84 \]

    ### Answer: 84

Expected answer: 84

Correct? Yes

🔗 Follow-up

Problem: After you've bought ice cream for both groups of friends, another group of 59 friends shows up! You decide you don't want them to feel left out, so you buy ice cream for them too. How many total ice cream cones have you bought?

GPT-4o:

    To find the total number of ice cream cones you have bought, we need to add the number of ice cream cones bought for each group of friends.

    From the previous calculation, you bought 84 ice cream cones for the first two groups of friends.

    Now, you buy ice cream cones for an additional group of 59 friends.

    To find the new total, we add these amounts together:
    \[ 84 + 59 \]

    Let's perform the addition step-by-step:
    \[ 84 + 59 = 143 \]

    ### Answer: 143

Expected answer: 143

Correct? Yes

🔗 Problem

Problem: Mike's left binocular lens can magnify objects from a distance of 30 miles away, and the right lens can magnify objects that are 56 miles away. He also has a telescope that can magnify objects from a distance of 67 miles away. What is the total distance from which both his binoculars and telescope can magnify objects?

GPT-4o:

    To find the total distance from which both Mike's binoculars and telescope can magnify objects, we need to sum the distances for each lens and the telescope.

    1. The left binocular lens can magnify objects from a distance of 30 miles.
    2. The right binocular lens can magnify objects from a distance of 56 miles.
    3. The telescope can magnify objects from a distance of 67 miles.

    First, we add the distances for the binocular lenses:
    \[ 30 \text{ miles} + 56 \text{ miles} = 86 \text{ miles} \]

    Next, we add the distance for the telescope:
    \[ 86 \text{ miles} + 67 \text{ miles} = 153 \text{ miles} \]

    Therefore, the total distance from which both his binoculars and telescope can magnify objects is 153 miles.

    ### Answer: 153 miles

Expected answer: 153

Correct? Yes

🔗 Follow-up

Problem: In the previous problem, we considered the distance that Mike's binocular's two lenses can magnify. Consider now that we made a mistake and that the left lens can actually magnify objects from a distance of 54 miles away instead of 30 miles. Keeping the right lense and the telescope the same at 56 and 67 miles respectively, what would be the new total distance from which both his binoculars and telescope can magnify objects?

GPT-4o:

    To find the new total distance from which both Mike's binoculars and telescope can magnify objects, we need to update the distance for the left binocular lens and then sum the distances for each lens and the telescope.

    1. The left binocular lens can now magnify objects from a distance of 54 miles.
    2. The right binocular lens can magnify objects from a distance of 56 miles.
    3. The telescope can magnify objects from a distance of 67 miles.

    First, we add the distances for the binocular lenses:
    \[ 54 \text{ miles} + 56 \text{ miles} = 110 \text{ miles} \]

    Next, we add the distance for the telescope:
    \[ 110 \text{ miles} + 67 \text{ miles} = 177 \text{ miles} \]

    Therefore, the new total distance from which both his binoculars and telescope can magnify objects is 177 miles.

    ### Answer: 177 miles

Expected answer: 177

Correct? Yes

🔗 Problem

Problem: In the land of the Wizarding World, one wand spells costs 50 magical crystals known as Quiblets. Quintus the wizard adds 5 Quiblets more to this to cast a slightly stronger spell. This amount is then topped up by 25 magical Quiblets to cast the most powerful spell. How many Quiblets does Quintus the wizard need to cast the most powerful spell?

GPT-4o:

    To determine the total number of Quiblets needed to cast the most powerful spell, we need to follow the steps given:

    1. The base cost of a wand spell is 50 Quiblets.
    2. Quintus adds 5 Quiblets to cast a slightly stronger spell.

    First, calculate the cost of the slightly stronger spell:
    \[ 50 \text{ Quiblets} + 5 \text{ Quiblets} = 55 \text{ Quiblets} \]

    3. To cast the most powerful spell, Quintus adds an additional 25 Quiblets to the cost of the slightly stronger spell.

    Now, calculate the total cost for the most powerful spell:
    \[ 55 \text{ Quiblets} + 25 \text{ Quiblets} = 80 \text{ Quiblets} \]

    ### Answer: 80 Quiblets

Expected answer: 80

Correct? Yes

🔗 Follow-up

Problem: As an extension to the previous problem, let's say Quintus the wizard then decides to cast an ancient and profound spell. To cast this spell, he needs to gather an additional number of Quiblets equivalent to his most powerful spell, plus 50 more. How many Quiblets does Quintus the wizard need in total to cast this ancient spell?

GPT-4o:

    To determine the total number of Quiblets needed to cast the ancient and profound spell, we need to follow these steps:

    1. We already know that the most powerful spell requires 80 Quiblets.
    2. To cast the ancient and profound spell, Quintus needs an additional number of Quiblets equivalent to the most powerful spell plus 50 more.

    First, calculate the additional Quiblets needed:
    \[ 80 \text{ Quiblets} + 50 \text{ Quiblets} = 130 \text{ Quiblets} \]

    Therefore, the total number of Quiblets needed to cast the ancient and profound spell is:
    \[ 130 \text{ Quiblets} \]

    ### Answer: 130 Quiblets

Expected answer: 130

Correct? Yes

🔗 Follow-up

Problem: As a variation to the previous problem, let's say the most powerful spell that Quintus the wizard wants to cast actually requires an additional 87 Quiblets on top of the slightly stronger spell, not just 25. How many Quiblets does he now need to cast this more demanding powerful spell?

GPT-4o:

    To determine the total number of Quiblets needed to cast the more demanding powerful spell, we need to follow the steps given:

    1. The base cost of a wand spell is 50 Quiblets.
    2. Quintus adds 5 Quiblets to cast a slightly stronger spell.

    First, calculate the cost of the slightly stronger spell:
    \[ 50 \text{ Quiblets} + 5 \text{ Quiblets} = 55 \text{ Quiblets} \]

    3. To cast the more demanding powerful spell, Quintus adds an additional 87 Quiblets to the cost of the slightly stronger spell.

    Now, calculate the total cost for the more demanding powerful spell:
    \[ 55 \text{ Quiblets} + 87 \text{ Quiblets} = 142 \text{ Quiblets} \]

    ### Answer: 142 Quiblets

Expected answer: 142

Correct? Yes