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Shaheemie
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Do any of you know of a good site, or just a general site, where physics is applied to pinball machines? I 'm having trouble finding any, if there are any out there, that is.
Physics is integral to the design and function of pinball machines. The game relies on the principles of gravity, momentum, and energy to guide the ball's movement and determine the outcome of each play.
The main physics concepts at play in a pinball machine are gravity, momentum, and energy. Gravity pulls the ball towards the bottom of the machine, momentum determines the speed and direction of the ball, and energy is used to power the flippers and bumpers.
Flippers use the principles of momentum and energy to propel the ball back into play. When the player presses a button, a solenoid is activated, causing the flipper to move and hit the ball with a certain amount of force. The ball's momentum and the flipper's movement determine the direction and speed of the ball's rebound.
Bumpers, also known as slingshots or pop bumpers, use energy and momentum to bounce the ball around the playfield. When the ball hits a bumper, it compresses a spring, storing potential energy. As the spring expands, it releases the energy, propelling the ball in a new direction.
The lights and sounds in a pinball machine are designed to enhance the player's experience and create a sense of excitement and anticipation. The flashing lights and sound effects are triggered by the ball's movement and can indicate when certain targets or bonuses have been hit. This adds an extra level of strategy and engagement to the game.