If the same force acts on two bodies of different masses which are initially at rest and gain same displacement, then the ratio of time for which these forces act is:

Q. Same force acts on two bodies of difference masses masses

2

kg and

4

kg initially at rest the ratio of times required to acquire same final velocity is.

Q. Same force 'F' acts on two bodies of different masses 9 kg and 25 kg which are initial at rest. then the ratio of time required by the two objects to acquire equal final velocity is.

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If two bodies of different masses, initially at rest, are acted upon by the same force for the same time, then the both bodies acquire the same _____________.

The correct option is B momentumLet the force,be F and time taken be t.momentum=mFmt=FtSo,momentum is same for these different mass.

The correct option is B momentum
Let the force,be $F$ and time taken be $t$ .
$m o m e n t u m = m \frac{F}{m} t = F t$
So,momentum is same for these different mass.