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A block with a mass of 2-kg sits on top of an inclined plane that is 2.5 m tall and has a ramp length of 6 m. What is the potential energy of the block as it sits at the top? If…

A block with a mass of 2-kg sits on top of an inclined plane that is 2.5 m tall and has a ramp length of 6 m. What is the potential energy of the block as it sits at the top? If…
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A block with a mass of 2-kg sits on top of an inclined plane that is 2.5 m tall and has a ramp length of 6 m. What is the potential energy of the block as it sits at the top? If this is an ideal friction-free inclined plane, what will be the kinetic energy of the block after it slides down to the bottom of the ramp? If this were, instead, not an ideal scenario and a frictional force of 2 N acted on the block as it slid down the 6 m length of ramp, what would be the kinetic energy of the block at the bottom?

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User Riorudo
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1 Answer

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Answer: The frictional force of 2 N, is 37 j.

Step-by-step explanation:

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User Ryancheung
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