[" A constant power "P" is applied to a particle of mass "m" ."],[" The distance travelled by the particle when its velocity "],[" increases from "v_(1)" to "v_(2)" is (neglect friction): "]

A constant power P is applied to a particle of mass m . The distance traveled by the particle when its velocity increases from v_(1) to v_(2) is (neglect friction):

A constant power P is applied to a partical of mass m . The distance travelled by the partical when its velocity increases from v_(1) to v_(2) is (neglect friction):

A constant power P is applied on a particle of mass m. find kintic energy, velocity and displacement of particle as function of time t.

A constant power P is applied on a particle of mass m. find kintic energy, velocity and displacement of particle as function of time t.

A particle is moving on a straight line and all the forces acting on it produce a constant power P calculate the distance travelled by the particle in the interval its speed increase from V to 2V.

A particle of mass m is moving in a stright line , If x is the distance travelled by the particle then its velocity is given as v = alpha x , here alpha is a constant . Calculate work done by all the forces acting on the body when particle is displaced from x = 0 to x = d .