A ball of mass 150 gm starts moving at `20m//s` and is hit by a force which acts for `0.1` second. The impulsive force is:

A ball of mass 150g starts moving at 20 m/s^2 and hit by a force which acts on it for 0.1 second. Then the impulsive force is

A ball of mass 150 g moving with an acceleration 20 m//s^(2) is hit by a force, which acts on it for 0.1 s. The impulsive force is

A ball of mass 150 g starts moving with an acceleration of 20m//s^(2) . When hit by a force, which acts on it for 0.1 sec the impulsive force on the ball (in newton second ) is

A ball of mass 150 g starts moving with an acceleration of 20m//s^(2) . When hit by a force, which acts on it for 0.1 sec. The impulsive force is

A base ball of mass 150 gm travelling at speed of 20 m//s is caught by a fielder and brought to rest in 0.04s .The force applied to the ball and the distance over which this force acts are respectively

According to Newton s second law of motion F =ma where F is the force required to produce an acceleration a in a body of mass m If a = 0 then F = 0 no external force is required to move a body uniformly along a straight line If a force F acts on a body for t seconds the effect of the force is given by Impulse =F xx t = change in linear momentum of the body A cricket ball of mass 150g is moving with a velocity of 12m//s and is hit by a bat so that the ball is turned back with a velocity of 20m//s if duration of contact between the ball and the bat is 0.01sec The impulse of the force is .