A hockey puck is pushed by a stick with a force of 750 newtons. The puck travels 2.0 meters in 0.30 seconds. How powerful is the push? (Ignore frictional effects.)

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11-06-2018
Physics

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A hockey puck is pushed by a stick with a force of 750 newtons. The puck travels 2.0 meters in 0.30 seconds. How powerful is the push? (Ignore frictional effects.)

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skyluke89 skyluke89 · Answer 1 · 2018-06-21T16:16:36+02:00

skyluke89 skyluke89

21-06-2018

The work done by the force pushing the puck is equal to the product between the force and the distance covered:
[tex]W=Fd=(750 N)(2.0 m)=1500 J[/tex]

And the power is the work done per unit time:
[tex]P= \frac{W}{t} [/tex]
and using t=0.30 s, we find the power:
[tex]P= \frac{1500 J}{0.30 s}=5000 W [/tex]

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