A car is moving with speed u. Driver of the car sees red traffic light. His reaction time is t, then find out the distance travelled by the car after the instant when the driver decided to apply brakes. Assume uniform retardation 'a' after applying brakes.

A car is moving with speed u. Driver of car sees a traffic light. His reaction time is t, then find out the distance travelled by the car after the instant driver decided to apply breaks? (Assume uniform retardation “a” after applying breaks.)

A car is moving with a constant accelaration of 4_(m//s^(2)) . On seeing a person infront of it the driver suddenly applies a brake . IF the car is moving with a velolcity of 20_(m//s) at the moment when driver sees the person and the reaction time of the driver is 2s, then the distance it travels after the movement it sees the person and the just before applying the break is

A car is moving on a straight horizontal road with a speed v. When brakes are applied to give a constant retardation a, the car is stopped in a shortest distance S. If the car was moving on the same road with a speed 3v and the same retardation a is applied, the shortest distance in which the car is stopped will be

The distance travelled by a motor car in t seconds after the brakes are applied is s feet where s = 22t -12t^(2) . The distance travelled by the car before it stop is

The distance travelled by a motor car in t second after the brakes are applied is s feet, where s = 22t -12t^(2) . The distance travelled by the car before it stops, is

You are holding bottle of bubbled water inside a car moving forward. When the driver applies te brakes

You are holding bottle of bubbled water inside a car moving forward. When the driver applies te brakes