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A boulder.

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7y ago
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13y ago

As inertia changes in proportion to mass, the feather would definitely have less inertia, having the lower mass of the two. Less inertia = easier to get moving from a position of zero velocity, and easier to stop.

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14y ago

Anyone who has ever observed a feather dropping to the ground knows that feathers, in general, float down to the ground slower than the speed at which most rocks fall to the ground. This is because of the friction between the feather and the air is greater than the friction caused by the rock and the air.

If you were asking what will happen if a rock and a feather are dropped from the same height in a frictionless environment (i.e., a vacuum), then they will reach the ground at the same time because the acceleration constant (i.e., gravity) is the same across both objects.

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15y ago

Kinetic energy is based on movement, or Momentum. Objects that are not moving do not have kinetic energy, basically speaking. Therefore the feather has more kinetic energy than the rock.

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8y ago

Gravitational potential energy = mgh (mass x gravity x height). So, since the other factors are the same, obviously the object with more mass will have more potential energy.

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Q: Which has more kinetic energy a feather floating through the air or a rock on the ground?
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