Physics, asked by saad26salman, 2 months ago

6. The velocity with which a projectile must be fired so that it escapes earth's
gravitation does not depend on _______​

Answers

Answered by tithitowin
1

Answer:

Escape velocity is the velocity required to escape the earth's gravitational field. It is given by:

v = \sqrt{\frac{2GM}{r} }

Hence, we see that it is independent of 'm' or mass of the body itself as it only depends upon mass of the earth/planet in question

So, your answer is: escape speed does not depend upon mass of the projectile

Answered by ranirajan13481217
0

Answer:

The velocity with which a projectile must be fired so that it escapes earth's

gravitation does not depend on the mass and direction of the projectile.

Explanation:

Escape velocity is independent of the mass and direction of projection of the body.

"HOPE IT HELPS"

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