A truck starts from rest and accelerates uniformly at `2.0 m s^-2`. At t = 10 s, a stone is dropped by a person standing on the top of the truck (6 m high from the ground). What are the:- velocity. (Neglect air resistance.)

A truck starts from rest and accelerates uniformly at 2.0 m s^-2 . At t = 10 s, a stone is dropped by a person standing on the top of the truck (6 m high from the ground). What are the:- velocity of the stone at t = 11s ? (Neglect air resistance.)

A truck starts from rest and accelerates uniformly at 2.0 m s^-2 . At t = 10 s, a stone is dropped by a person standing on the top of the truck (6 m high from the ground). What are the:- acceleration of the stone at t = 11s? (Neglect air resistance.)

A motorcycle starts from rest. The uniformly accelerates at 1m//s^2 . Find the distance travelled in the 3rd second.

A truck starts from rest with an acceleration of 1.5 ms^-2 while a car 150 metre behind starts from rest with an acceleration of 2 ms^-2 . How long will it take beforeboth the truck and car side by side, and how much distance is travelled by each?

A three-wheeler starts from rest, accelerates uniformly with 1 m s^-2 on a straight road for 10 s, and then moves with uniform velocity. Plot the distance covered by the vehicle during the 11th second (n = 1,2,3....) versus 11. What do you expect this plot to be during accelerated motion : a straight line or a parabola ?