Junior Scientist Newton's Cradle - Newton's Balls or Executive Ball Clicker M.N-10 Newton Cradle

Newton's cradle, named after sir isaac Newton, is a device that demonstrates conservation of momentum and energy via a series of swinging spheres. When one on the end is lifted and released, it strikes the stationary spheres; a force is transmitted through the stationary spheres and pushes the last one upward. The device is also known as newton's balls or "executive ball clicker” newton's cradle is a clever device that uses a series of equal pendulums in a row to demonstrate the laws of conservation of momentum and conservation of energy. How it works by pulling one ball away from the others and releasing it, the ball will swing and strike the second ball, which in turns sends the momentum through the series of balls causing the last ball to move away from the group. When the last ball swings back, its collision then causes the first ball to move away. This process repeats until it finally wears down. Pulling away several balls will result in the same number of balls moving away at the other end.