A scooter starting from rest moves wilth as constant acceleration for a time `/_\t_1`, then with a constant velocity for the next `/_\t_2` and finally with a constant deceleration for the next `/_\t_3` to come to rest with resect to the scooter wilthout touching any other part. The force exerted by the seat on the man is

A scooter starting from rest moves wilth as constant acceleration for a time /_\t_1 , then with a constant velocity for the next /_\t_2 and finally with a constant deceleration for the next /_\t_3 to come to rest. A 500N man sitting on the scooter behind the driver manages to stay at rest with respect to the scooter without touching any other part. The force exerted by the seat on the man is

A scooter starting from rest moves with a constant acceleration for a time Deltat_(1) , then with a constant velocity for the next Deltat_(2) and finally with a constant deceleration for the next Deltat_(3) to come to rest. A 500 N man sitting on the scooter behind the driver manages to stay at rest with respect to the scooter without touching and other part. The force exerted by the seat on the man is

A body starts from rest & moves with constant acceleration a_1 for time t_1 then it retards uniformly with a_2 , in time t_2 and finally comes at rest. Find (t_1)/(t_2)

A particle starts from rest and moves with constant acceleration. Then velocity displacement curve is:

A particle starts from rest and moves with constant acceleration. Then velocity displacement curve is: