A driver travelling at speed `36 kmh^(-1)` sees the light trun red at the intersection. If his reaction time is 0.6s, and then the car can deaccelerate at `4 ms^(-2)`. Find the stopping distance of the car.

A driver travelling at 30 kph sees the light turn red at the intersection. If his reaction time is 0.6s , and the car can decelerate at 4.5 m//s^(2) , find the stopping distance ofthecar. What would the stopping distance be ifthe car were moving at 90 kph.

A car travelling at a speed of 20 ms^-1 applies brackes and stops within 10s. What is the acceleration of car?

A car is moving with constant speed 15 m//s . Suddenly the driver sees an obstruction on the road and takes 0.40 s to apply the brake, the brake causes a deceleration of 5 m//s^(2) . Find the distance traveled by the car before it stops.

A driver takes 0.20 second to apply the brakes (reaction time). If he is driving car at a speed of 54kmh^(-1) and the brakes cause a deceleration of 6.0ms^(-1) ? Find the distance travelled by car after he sees the need to put the brakes.

A car travelling with a speed of 2ms^-1 increases its speed to 10ms^-1 in a time interval of 4s. What is the acceleration of car?

A car is moving with a velocity of 10 m/s. Suddenly driver sees a child at a distance of 30 m and he applies the brakes, it produced a uniform retardation in car and car stops in 5 second. Find (mass of car=1000 kg) the stopping distance of car will the car hit the child the retardation in car resistive force on car