The escape velocity of a body on the earth's surface is v_(e). A body is thrown vertically up with a speed of (kV_(e)) (k lt 1), Assuming that the sun and planets do not influence the motion of the body, the the velocity of the body at the infinite distance in

The escape velocity of a body on the earth's surface is v_(e). A body

1.	The escape velocity of a body on the earth's surface is v_(e). A body is thrown vertically up with a speed of (kV_(e)) (k lt 1), Assuming that the sun and planets do not influence the motion of the body, the the velocity of the body at the infinite distance in
Answer» `v_(e)//sqrt(K^(2)-1)` `v_(e)sqrt(k^(2)-1)` `v_(e)(k^(2)-1)` `(v_(e))/(k-1)` Answer :B