Statement: the collingwood vs melbourne game has the third largest crowd size

Input Table: 1972 vfl season

Step 1: Select rows where 'home_team' is 'collingwood' and 'away_team' is 'melbourne'.
home_team home_team_score away_team away_team_score venue crowd date
footscray 14.7 (91) st kilda 9.11 (65) western oval 18655 1972-07-15
fitzroy 16.14 (110) north melbourne 9.12 (66) junction oval 7007 1972-07-15
essendon 13.12 (90) richmond 17.9 (111) windy hill 22251 1972-07-15
carlton 20.8 (128) south melbourne 8.15 (63) princes park 14465 1972-07-15
hawthorn 19.14 (128) geelong 15.8 (98) glenferrie oval 12425 1972-07-15
collingwood 10.13 (73) melbourne 8.10 (58) vfl park 30883 1972-07-15

Step 2: Extract the numerical value from the 'crowd' column to add column 'num_crowd' to existing table.
home_team home_team_score away_team away_team_score venue crowd date
collingwood 10.13 (73) melbourne 8.10 (58) vfl park 30883 1972-07-15

Step 3: Cast to INT and order the table by 'num_crowd' in descending order and select the third row.
home_team home_team_score away_team away_team_score venue crowd date num_crowd
collingwood 10.13 (73) melbourne 8.10 (58) vfl park 30883 1972-07-15 30883

Step 4: Select rows where 'home_team' is 'collingwood' and 'away_team' is 'melbourne'.
home_team home_team_score away_team away_team_score venue crowd date num_crowd

Step 5: Use a `CASE` statement to return TRUE if the number of rows is equal to 1, otherwise return FALSE.
home_team home_team_score away_team away_team_score venue crowd date num_crowd

Final output table:
verification_result
FALSE

Prediction: FALSE