A particle moving with a speed v changes direction by an angle `theta`, without change in speed.

Aparticle moves with a speed v changes direction by an angle theta , without change in speed.

A particle moving with velocity V changes its direction of motion by an angle theta without change in speed. Which of the following Statement is not correct?

Velocity can change without change in speed.

A body of mass M moving with a speed V collides on a surface at an angle 45 degree without changing its speed the change in momentum of the body will be-

A ball of mass m is moving towards a batsman at a speed v. The batsman strikes the ball and deflects it by an angle theta without changing its speed. The impulse imparted to the ball is given by

A ball of mass m is moving towards a batsman at a speed v. The batsman strikes the ball and deflects it by an angle theta without changing its speed. The impulse imparted to the ball is given by

STATEMENT - 1 : A ball of mass m is moving towards a batsman at a speed v. The batsman strikes the ball and deflects it by an angle theta without changing its speed. The impulse imparted to the ball is zero. because STATEMENT - 2 : Impulse = change in momentum.

STATEMENT - 1 : A ball of mass m is moving towards a batsman at a speed v. The batsman strikes the ball and deflects it by an angle theta without changing its speed. The impulse imparted to the ball is zero. because STATEMENT - 2 : Impulse = change in momentum.

A particle of mass 2 kg moving with a velocity of 3 m//s is acted upon by a force which changes its direction of motion by an angle of 90^(@) without changing its speed. What is the magnitude of impulse experienced by the particle?

A particle of mass 2 kg moving with a velocity of 3 m//s is acted upon by a force which changes its direction of motion by an angle of 90^(@) without changing its speed. What is the magnitude of impulse experienced by the particle?