Question
Consider a bowling ball and a soccer ball on a flat surface.
What would best describe the movement of the two balls if both were pushed with the same force?
Responses
Neither ball would move.
Neither ball would move.
The bowling ball would move farther than the soccer ball because it has more mass.
The bowling ball would move farther than the soccer ball because it has more mass.
Both balls would move the same distance.
Both balls would move the same distance.
The soccer ball would move farther than the bowling ball because it has less mass.
What would best describe the movement of the two balls if both were pushed with the same force?
Responses
Neither ball would move.
Neither ball would move.
The bowling ball would move farther than the soccer ball because it has more mass.
The bowling ball would move farther than the soccer ball because it has more mass.
Both balls would move the same distance.
Both balls would move the same distance.
The soccer ball would move farther than the bowling ball because it has less mass.
Answers
GPT-4o mini
The best description of the movement of the two balls if both were pushed with the same force is:
**The soccer ball would move farther than the bowling ball because it has less mass.**
This is based on Newton's second law of motion, which states that acceleration (and thus movement) is inversely proportional to mass when the same force is applied. Since the soccer ball has less mass compared to the bowling ball, it will accelerate more and therefore move farther when pushed with the same amount of force.
**The soccer ball would move farther than the bowling ball because it has less mass.**
This is based on Newton's second law of motion, which states that acceleration (and thus movement) is inversely proportional to mass when the same force is applied. Since the soccer ball has less mass compared to the bowling ball, it will accelerate more and therefore move farther when pushed with the same amount of force.