A soccer ball and bowling ball, with the same areas and different masses, are dropped at the same time. How will their motions compare?(1 point)

Question

Responses

The soccer ball will fall slower because it will be affected by air resistance.
The soccer ball will fall slower because it will be affected by air resistance.

The bowling ball will fall faster due to its mass.
The bowling ball will fall faster due to its mass.

The objects will fall at the same speed because the effect of gravity on them is the same.
The objects will fall at the same speed because the effect of gravity on them is the same.

The bowling ball will fall at a slower speed because its mass means it will have more air resistance.

Answer 1

The correct response is: The objects will fall at the same speed because the effect of gravity on them is the same.

In a vacuum where there is no air resistance, all objects fall at the same rate regardless of their mass. However, in the real world where air resistance is a factor, the shape and surface area of the objects can influence their fall. If both the soccer ball and bowling ball have the same area, the key influence would still be the effect of gravity, which acts equally on both regardless of their mass. Thus, in an ideal situation, they would fall at the same speed. However, in practical terms, since the soccer ball has a larger surface area relative to its mass, it may be affected more by air resistance, causing it to fall slower than the bowling ball in a real-world scenario.