A ball is released from point A as shown in figure. The ball leaves the track at B. All surfaces are smooth.

If track makes an angle `30^(@)` with horizontal at B, then maximum height attained by ball will be

A ball is released from point A as shown in figure. The ball leaves the track at B. All surfaces are smooth. Let h be the maximum height from ground reached by ball after leaving track at B. Then,

A ball is released from point A as shown in figure. The ball leaves the track at B. All surfaces are smooth. Let h be the maximum height from ground reached by ball after leaving track at B. Then,

A cricket ball is thrown at a speed of 56 ms^(-1) in a direction, making an angle 30^@ with the horizontal, Calculate. (a) Maximum height,

At what angle to the horizontal should a ball be kicked to attain maximum height

A ball is projected from the point O with velocity 20 m//s at an angle of 60^(@) with horizontal as shown in figure. At highest point of its trajectory it strikes a smooth plane of inclination 30^(@) at point A. The collision is perfectly inelastic. The maximum height from the ground attained by the ball is (g=10 m//s^(2))

A ball is projected from the point O with velocity 20 m//s at an angle of 60^(@) with horizontal as shown in figure. At highest point of its trajectory it strikes a smooth plane of inclination 30^(@) at point A. The collision is perfectly inelastic. The maximum height from the ground attained by the ball is (g=10 m//s^(2))

A solid sphere is released from rest from height 'h' as shown. Left side track is sufficient rough for pure rolling but another side is smooth as shown in the figure. Find maximum height attain by the sphere on the smooth part of the track.

A sphere of mass m and rdius r is released from rest at point A on a track in vertical plane. The track is rough enough to support rolling between A and B and from B onwards it is smooth. The maximum height attained by sphere from ground on its journey from B onwards is

A sphere of mass m and rdius r is released from rest at point A on a track in vertical plane. The track is rough enough to support rolling between A and B and from B onwards it is smooth. The maximum height attained by sphere from ground on its journey from B onwards is