[" 1.Starting from a stationary position,Rahul paddles his bicycle to attain "],[" a velocity of "6ms-1in30s" .Then he applies brakes such that the "],[" velocity of the bicycle comes down to "4ms-1" in "5" sec.Find the "],[" acceleration in both cases."]

Starting from a stationary position , Rahul paddles his bicycle to attain a velocity of 6 m/s in 30 s. Then he applies brakes such that the velocity of bicycle comes down to 4m/s in the next 5s . Calculate the acceleration of the bicycle in both the cases.

Starting from a stationary position , Rahul paddles his bicycle to attain a velocity of 6 m//s in 30 s . Then he applies brakes such that the velocity of bicycle comes down to 4m//s in the next 5s . Calculate the acceleration of the bicycle in both the cases.

Starting from a stationary position , Rahul paddles his bicycle to attain a velocity of 6 m//s in 30 s . Then he applies brakes such that the velocity of bicycle comes down to 4m//s in the next 5s . Calculate the acceleration of the bicycle in both the cases.

Starting from a stationary position, Sunil moves his car to attain a velocity of 20ms^(-1) in 10s. Find the acceleration of the car.

Velocity of a vehicle increases from 5ms to 15 ms^(-1) in 5 s. What is the magnitude of acceleration ?

A particle starting from rest attains a velocity of 50 ms^(-1) in 5 s. The acceleration of the particle is

A particle starting from rest attains a velocity of 50 ms^(-1) in 5 s. The acceleration of the particle is