Question

In experiment 1, a student uses a kickball, a soccer ball, and a measuring

tape. The student kicks each ball with the same force and measures the
distance each ball travels.
In experiment 2, a student uses a kickball and a measuring tape. The
student kicks the ball as hard as possible and measures the distance the
ball travels. The student then kicks the ball half as hard and measures the
distance again.
Which experiment is the better test of how mass affects an object's
motion?
Choose 1 answer:
experiment 1, because the student measures the distance each
ball travels
experiment 1, because the balls have different masses
experiment 2, because the ball is kicked with different forces
experiment 2, because the student uses the same kickball

Answer 1

Experiment 1 is the better test of how mass affects an object's motion because the student measures the distance each ball travels, allowing for a direct comparison of how mass affects the distance traveled.

Step-by-step explanation:

Experiment 1 is the better test of how mass affects an object's motion because the student measures the distance each ball travels.

In experiment 2, the ball is kicked with different forces, but this does not directly measure how mass affects an object's motion.

In experiment 1, the student uses balls with different masses, which allows for a direct comparison of how mass affects the distance traveled.

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