When the puck is turned on, it will blow a constant stream of air with enough force to create a cushion of air for nearly frictionless motion across any smooth surface. If no force is applied to the puck, it will remain at rest. As soon as a force is applied, the puck will continue in a straight line with constant velocity, in the same direction the force was applied in. This is a clear demonstration of Newton’s First Law.
(1F30.11) Air Puck
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When the puck is turned on, it will blow a constant stream of air with enough force to create a cushion of air for nearly frictionless motion across any smooth surface. If no force is applied to the puck, it will remain at rest. As soon as a force is applied, the puck will continue in a straight line with constant velocity, in the same direction the force was applied in. This is a clear demonstration of Newton’s First Law.
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