Two bodies have a mass ratio of 3:4. The force applied on the bigger mass produces an acceleration of 12 `ms^(-2)`. What could be the acceleration of the other body , if the same force acts on it .

(i) Two bodies have a mass ratio of 3:4 The force applied on the bigger mass produces an acceleration of 12ms^(-2) . What could be the acceleration of the other body, if the same force acts on it. (ii) A cricket ball of mass 100 g moving with a speed of 20ms^(-1) is brought to rest by a player . Find the change in momentum of ball.

The amount of force required for a body of mass 1 gram produces an accelaretion of 1 cm s^(2)

If a force vecF = 3hati - 4hatj N produces an acceleration of 10 ms^(-2) on a body, then the mass of a body is

If a body acquires an acceleration of 2ms^(-2) under the action of a force vecF=6veci-8vecj+10veck then its mass is

Assertion : A force of 1 kg force produces an acceleration of 1 m//s^(2) in a body of mass 1 kg . Reason : a=F/m

A force vecF=(6veci-8vecj+10k)N produces acceleartion of 1m/s^(2) in a body calculate the mass of the body

The amount of force required to produce an acceleration of 1 ms^(-2) in a body of mass……………… is called unit force.