[" 13.A bus running at a speed of "18km/h" is stopped in "2.5" seconds by applying brakes.Calculate "],[" the retardation produced."]

A car of mass 2400 kg moving with a velocity of 20 m s^(-1) is stopped in 10 seconds on applying brakes Calculate the retardation and the retarding force.

A car is moving in a straight line with speed 18 km h^(-1) . It is stopped in 5 s by applying the brakes. Find the retardation

A car is moving at a speed of 72 km//h . The diamter of its whells is 0.5 m . If the wheels are stopped in 20 rotations by applying brakes, calcualte the angular retardation produced by the brakes.

A car is moving at a speed of 72 km//h . The diameter of its wheels is 0.5 m . If the wheels are stopped in 20 rotations by applying brakes, calcualte the angular retardation produced by the brakes.

A car is moving at a speed of 72 kmh^(-1) . The diameter of its wheel is 0.50m. If the wheels are stopped in 20 rotations by applying brakes, calculate the angular retardation produced by the brakes.

The speed of a moving car is 60kmh^(-1) . The wheels having diameter of 0.60 m are stopped in 10 rotations by applying brakes. What will be the angular retardation produced by brakes?

A train moving with a velocity of 20 m s^(-1) ' is brought to rest by applying brakes in 5 s. Calculate the retardation.

A car travelling at the speed of 108 km//h takes 4 s to stop on applying brakes. Calculate the force acting on the car after applying brakes. Total mass of the(including passengers) is 1000 kg.

A bus is moving with a speed of 18 kilometre per hour it comes to rest in 3 second on the application of brakes find the retardation​, assuming it to be uniform.

A 8 metric ton truck running with a velocity of 36 km//hr is stopped within 10 sec by applying brake. The magnitude of the force applied is :