Correct option is D- Depends upon the height from where it is projected-v-e- -sqrt-dfrac-2GM-R-h-Where- h - height-160-of projectionhence-160-Depends upon the height from which it is projected

Solve

Guides

You visited us 0 times! Enjoying our articles? Unlock Full Access!

Question

Escape velocity:

Is less than on the moon

Depends upon the mass of the body

Depends upon the height from where it is projected

Depends upon the direction of projection

Open in App

Solution

Verified by Toppr

Correct option is D. Depends upon the height from where it is projected
$$v_e= \sqrt{\dfrac{2GM}{(R+h)}}$$

Where, h = height of projection
hence, Depends upon the height from which it is projected

Was this answer helpful?

Escape velocity:

Correct option is D. Depends upon the height from where it is projected$$v_e= \sqrt{\dfrac{2GM}{(R+h)}}$$Where, h = height of projectionhence, Depends upon the height from which it is projected

Correct option is D. Depends upon the height from where it is projected
$$v_e= \sqrt{\dfrac{2GM}{(R+h)}}$$

Where, h = height of projection
hence, Depends upon the height from which it is projected