An experiment is performed on a puck on a level air hockey table, where friction is negligible. a constant horizontal force is applied to the puck, and the puck's acceleration is measured. now the same puck is transported far into outer space, where both friction and gravity are negligible. the same constant force is applied to the puck (through a spring scale that stretches the same amount), and the puck's acceleration (relative to the distant stars) is measured. what is the puck's acceleration in outer space?

Question

Chemistry

Mike Reese

30 June, 14:32

An experiment is performed on a puck on a level air hockey table, where friction is negligible. a constant horizontal force is applied to the puck, and the puck's acceleration is measured. now the same puck is transported far into outer space, where both friction and gravity are negligible. the same constant force is applied to the puck (through a spring scale that stretches the same amount), and the puck's acceleration (relative to the distant stars) is measured. what is the puck's acceleration in outer space?

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Karly · Answer 1

Since friction is the only force dampening the acceleration of the puck, the acceleration of the puck in outer space will be equal to the acceleration on a hockey table where friction is negligible.