The engine of a motoecycle can produce a maximum acceleration of `5 m//s^(2)`. Its brakes can produce a maximum retardation of `10 m//s^(2)`. What is the minimum time in which the motorcycle can cover a distance of `1.5 km`?

A scooter can produce a maximum acceleration of 5m s^(-2) . Its brakes can produce a maximum retardation of 10 "ms"^(-2) . The minimum time in which it can cover a distance of 1.5 km is ?

A scooter can produce a maximum acceleration of 5ms^(-2) .Its brakes can produce a maximum retardation of 10ms^(-2) .The minimum time in which it can cover a distance of 1.5 km is?

A scooter can produce a maximum acceleration of 5ms^(-2) .Its brakes can produce a maximum retardation of 10ms^(-2) .The minimum time in which it can cover a distance of 1.5 km is?

Engine of a car can produce a maximum acceleration 2 m//s^(2) and its brakes can produce a maximum retardation 3 m//s^(2) . Minimum time in which the car can travel a distance 6 km is:

The accelerator of a train can produce a uniform acceleration of 0.25ms^(-2) and its brake can produce a retardation of 0.5ms^(-2) The shortest time in which the train can travel between two stations 8 km apart is x minuts and 10 s, if it stops at both stations. The value of x is.

The maximum acceleration that can be produced by the engine of a vehicle is 5ms^(-2) and the maximum retardation is brake can produce is 10ms^(-2) . Then the minimum time during which it can cover a distance of 60 m is

A racing car has a uniform acceleration of 4 m//s^(2) . What distance will it cover in 10s after start ?

A cyclist starts from place A and covers a distance of 2400 m to reach the place B. If the maximum possible acceleration of the cyclist is 2m//sec^2 and its maximum retardation is 4 m//sec^2 , what ts the least time the cyclist can undertake the journey from A to B ?