A ball of a mass m hits the floor with as speed v making an angle of incidence `theta` with the normal. The coefficient of restitution is e. Find the speed of the reflected ball and the angle of reflection of the ball.
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A ball of mass m hits the floor with a speed v_(0) making an angle of incidence alpha with the normal. The coefficient of restitution is e . find the speed of the reflected ball and the angle of reflection of the ball.

A ball of mass m hits a floor with a speed v_0 making an angle of incidence alpha with the normal. The coefficient of restitution is e . Find the speed of the reflected ball and the angle of reflection of the ball.

A ball of mass m hits a floor with a speed v_0 making an angle of incidence alpha with the normal. The coefficient of restitution is e . Find the speed of the reflected ball and the angle of reflection of the ball.

A ball of mass m hits a floor with a speed v making an angle of incidence theta=45^(@) with the normal to the floor, if the coefficeint of restitution is e=(1)/(sqrt(2)) , find the angle of reflection.

A tennis ball hits the floor with a speed v at an angle theta with the normal to the floor. If the collision is inelastic and the co-efficient restitution is epsi . what will be the angle of reflection ?

A particle of mass m strikes a horizontal smooth floor with velocity u making an angle theta with the floor and rebound with velocity v making an angle theta with the floor. The coefficient of restitution between the particle and the floor is e . Then