A car of mass m is accelerating on a level smooth road under the action of a single F. The power delivered to the car is constant and equal to P. If the velocity of the car at an instant is v, then after travelling how much distance it becomes double?
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A car (treat it as particle) of mas 'm' is accelerating on a level smooth roud under the action of single force F. The power dellvered to the car is constant and equal to P. If the velocity of the car at an instant is v, then after traveclling how much distance it becomes double ?

A car of mass M is accelerating on a level smooth road under the action of a single force F acting along the direction of motion. The power delivered to the car is constant and equal to p. If the velocity of the car at an instant is v, then after travelling a distance of (7 Mv^3)/(3p) the velocity become kv where k is__________.

A car of mass M is accelerating on a level smooth road under the action of a single force F acting along the direction of motion. The power delivered to the car is constant and equal to p. If the velocity of the car at an instant is v, then after travelling a distance of (7 Mv^3)/(3p) the velocity become kv where k is__________.

A car of mass m starta from rest and accelerates so that the instyantaneous power delivered to the car has a constant magnitude P_(0) . The instaneous velocity of this car is proportional to

A car of mass m starta from rest and accelerates so that the instyantaneous power delivered to the car has a constant magnitude P_(0) . The instaneous velocity of this car is proportional to

A constant power P is applied to a car starting from rest. If v is the velocity of the car at time t, then:

A constant power P is applied to a car starting from rest. If v is the velocity of the car at time t, then:

A constant power P is applied to a car starting from rest. If v is the velocity of the car at time t, then:

A car of mass .m. starts from rest and accelerates so that the instantaneous power delivered to the car has a constant magnitude p_(0) . The instantaneous velocity of this car is proportinal to