Q 1437423382.     The terminal velocity of a ball in air is `v`, where acceleration due to gravity is g. Now the same ball is taken in a gravity free space where all other conditions are same. The ball is now pushed at a speed `v,` then

(Given that density of the ball `rho = 2` times the density of air `sigma`)

A

the terminal velocity of the ball will be `v/2`

B

the ball will move with a constant velocity

C

the initial acceleration of the ball is `2g` in opposite direction of the ball's velocity

D

the ball will finally stop

HINT

In the absence of gravity, weight and upthrust will be zero.
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