A `500-kg` car, moving with a velocity of `36kmh^-1` on a straight road unidirectionally, doubles its velocity in `1min`. The average power delivered by the engine for doubling the velocity is

A car of mass 500kg moving with a speed 36kmh in a straight road unidirectionally doubles its speed in 1min . Find the power delivered by the engine.

A car of mass 500kg moving with a speed 36kmh in a straight road unidirectionally doubles its speed in 1min . Find the power delivered by the engine.

A car moves with a uniform velocity of 36 "km.h^(-1) on a straight road Then it attains a uniform acceleration and doubles its velocity in 10s. The radius of a wheel of the car it 25 cm. The number of complete rotations of the wheel in those 10s would be about

A car is moving with a velocity of 54 kmh^-1 . What is the kinetic energy of a boy of mass 40 kg sitting in the car?

A car moves with constant velocity along a straight level and frictionless road .draw the velocity-time graph.

A vehicle of mass 1250 kg is driven with an acceleration 0.25 ms^(-2) along a straight level road against an external resistive force 500 N. Calculate the power delivered by the vehicle's engine if the velocity of the vehicle is 30 ms^(-1) .