Template ID: 10000
ID: 106
Category: basic
Level: 1
Source: author1
Images:
10000-01
Netlist: 

V N1 0 ; -I
R N1 0
Problem: Determine the current $I$ in Amperes in the circuit in the figure 10000-01. Assume that $V = 1 V$ and $R = 1 \Omega$.
Full Solution: $I = V/R$
Answer: 1
Template ID: 10000
ID: 107
Category: basic
Level: 1
Source: author1
Images:
10000-01
Netlist: 

V N1 0 ; -I
R N1 0
Problem: Determine the current $I$ in Amperes in the circuit in the figure 10000-01. Assume that $V = 1 V$ and $R = 2 \Omega$.
Full Solution: $I = V/R$
Answer: 0.5
Template ID: 10000
ID: 108
Category: basic
Level: 1
Source: author1
Images:
10000-01
Netlist: 

V N1 0 ; -I
R N1 0
Problem: Determine the current $I$ in Amperes in the circuit in the figure 10000-01. Assume that $V = 3 V$ and $R = 12 \Omega$.
Full Solution: $I = V/R$
Answer: 0.25
Template ID: 10000
ID: 109
Category: basic
Level: 1
Source: author1
Images:
10000-01
Netlist: 

V N1 0 ; -I
R N1 0
Problem: Determine the current $I$ in Amperes in the circuit in the figure 10000-01. Assume that $V = 12 V$ and $R = 3 \Omega$.
Full Solution: $I = V/R$
Answer: 4
Template ID: 10000
ID: 110
Category: basic
Level: 1
Source: author1
Images:
10000-01
Netlist: 

V N1 0 ; -I
R N1 0
Problem: Determine the current $I$ in Amperes in the circuit in the figure 10000-01. Assume that $V = 0 V$ and $R = 100 \Omega$.
Full Solution: $I = V/R$
Answer: 0