# Answer on Mechanics | Relativity Question for shreyansh anand

Question #36307

A ball kept on a wall is pushed horizontally with

certain velocity and allowed to move under gravity. Sucha

motion is two-dimensional motion with ball covering

displacements in both x and y-directions. But both the x & y

direction motions are independent of each other. Hence,motion in x-direction can be considered as similar to straight

line motion with no acceleration. Motion in y-direction can be

considered as free fall under gravity.

In the figure shown, ball is pushed horizontally from a

height of 19.If there is no energy loss when particle collides at point B on ground, find the maximum

height attained by the particle after it rebounds

certain velocity and allowed to move under gravity. Sucha

motion is two-dimensional motion with ball covering

displacements in both x and y-directions. But both the x & y

direction motions are independent of each other. Hence,motion in x-direction can be considered as similar to straight

line motion with no acceleration. Motion in y-direction can be

considered as free fall under gravity.

In the figure shown, ball is pushed horizontally from a

height of 19.If there is no energy loss when particle collides at point B on ground, find the maximum

height attained by the particle after it rebounds

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