On Earth, a bullet’s kinetic energy is a function of its weight & velocity. Since a bullet is weightless in space, would it still penetrate objects?

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On Earth, a bullet’s kinetic energy is a function of its weight & velocity. Since a bullet is weightless in space, would it still penetrate objects?. Do You Mr or Mrs own that kind of query?, If do then plz get the best answer below this line:

On Earth, a bullet’s kinetic energy is a function of its weight & velocity. Since a bullet is weightless in Space, would it still penetrate objects?

No. Wrong. Start over.

On Earth, a bullet’s kinetic energy is a function of its mass & velocity.

It’s weight is a function of its mass and Earth’s gravitational field.

Colloquially, we use the same word for our units of both mass and weight, but that’s only a convention to make measurements easier on Earth, where we can simply use a scale and set the units equal.

On the moon, a 60 pound cannon ball will only weigh 10 pounds. It will be easy to pick up and load in a cannon. But when fired out of that cannon, it still has the same mass, so at the same velocity, it will still have the same kinetic energy when it blasts through the elementary school that left you thinking weight and mass are the same thing.

A bullet fired in space will have the same penetrating power as on Earth, more really, because there is no air to slow it down before striking a target.


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