A particle of mass `0.2 kg` is moving in one dimension under a force that delivers constant power `0.5 W` to the particle. If the initial speed (in `ms^(-1)`) after `5s` is.

A particle of mass 0.2 kg is moving in one dimension under a force that delivers constant power 0.5 W to the particle.If the initial speed =0 then the final speed (in ms^(-1) ) after 5s is.

A particle of mass 0.2 kg is moving is one dimension under a force that delever is a constant preses 0.5 W in the particle . If the detail speed (n ms^(-1)) of the particle is zero , the speed (mms^(-1)) after 5 xx is

A particie of mass 10 kg is driven by a machine that delivers a constant power of 20 watts. If particle starts from rest and moves along a straight line, then force (in Newton) on particle at time t(t> 0) is

A particie of mass 10 kg is driven by a machine that delivers a constant power of 20 watts. If particle starts from rest and moves along a straight line, then force (in Newton) on particle at time t(t> 0) is

A body of mass 10 kg is being acted upon by a force 3t^2 and an opposing constant force of 32 N. The initial speed is 10 ms^-1. The velocity of body after 5 s is

A body of mass 10 kg is being acted upon by a force 3t^2 and an opposing constant force of 32 N. The initial speed is 10 ms^-1. The velocity of body after 5 s is

Obtainwork energy theorem of a particle moving in one dimension under the variable force .

The displacement 'x' (in meter) of a particle of mass 'm' (in kg) moving in one dimension under the action of a force is released to time 't' (in sec) by t^2 = sqrt(x) + 2 . The displacement of the particle when its velocity is zero will be.