On turning a corner, a motorist rushing at `44ms^(-1)` finds a child on the road `100 m` away. He applies the brakes so as to stop the motorcar within `1 m` of the child. Calculate the time required to stop.

on turning a corner a car driving at 36kmh^(-1) finds a child on the road 55 m abead. He immediately applies brakes,so as to stop within 5 m of the child . Calculate the retardation produced and the time taken by the car to stop .

A driver of car moving at 20 ms^(-1) finds a child on the road 50 m ahead and stops the car 10 m earlier to the child. If the mass of the car with the driver is 1000 kg. Calculate the force exerted by the breaks on the car and the time taken to stop the car.

A sooterist moving with a speed of 36kmh^(-1) sees a child standing in the middle of the road. He applies the brakes and brings the scooter to rest in 5 s just in time to save child. Calculate the average retarding force on the vehicle, if mass of the vehicle and driver is 300 kg.

A scooterist moving with a speed of 36m kmh^(-1) sees a child standing in the middle of the raod he applies the brakes and brings the scooter to rest in 5s just in time to saved child calculate the average retarding force on the vehicle if mass of the vehicle and drive is 300 kg

The driver of a car moving with a velocity 60 km per hours observes ahead a child at a distance of 101m. He immediately applies brake and the car stops just 1m before the child. Find the time required to stop the car.

A driver of a car driving at 72 kmph notices a child on the road at a distance of 50m . If the weight of the car including the driver is 750kg wt then calculate the resistive force applied on the wheels by the brakes, if the car, comes to stop just in front of the child.

A driver of a car sights a child on the road at a distance of 200 m. If the speed of the car is 108 kmph then calculate the retardation and time taken to stop the car just in front of the child.