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The third law relates because the pool balls are pushing down on the table and the table is pushing them back up with an equal and opposite force.

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When playing pool, you hit the cue ball hard and fast to break up the rest of the ball. Up until the cue ball strikes another ball the cue ball builds up kinetic energy and once the cue ball hits another ball all the energy is transfered into that ball.

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Newtons second law can relate to pool because the Net force is more heavily on the pool stick and the ball moves in the direction of the net force

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The potential energy are the same with all the pool balls because they are at the same height.

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Newtons first law relates to this because the ball is not in motion, and the pool stick is an unbalanced force that propels the ball forward.

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Whenever you hit the cue ball displacement occurs, when the ball is hit it travels forward until it makes contact with another ball once the cue ball hits the other ball it shoots off in a different direction.

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When you are linning up your shot you pick the direction you are going to hit the ball in the direction to hit another ball to make it in, how fast the ball travels and the speed of the ball is its velocity.

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The acceleration depends on how hard you hit the pool balls with the pool stick. The pool balls will then accelerate in whatever direction you hit them.

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The speed of the cue ball or any other ball all depends on how hard you strike the cue ball with your pool sitck.

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The distance in pool depends on how you play, when you hit the cue the distance depends on how hard you hit it. It also depends on how you hit the other balls on the table.