3. When sliding friction slows down a moving object, where does the reduction in

Question

3. When sliding friction slows down a moving object, where does the reduction in kinetic energy of the object go? Remember, energy can’t be created or destroyed.

4. Do ball bearings operate on the basis of static or sliding friction? Explain why. 3. When sliding friction slows down a moving object, where does the reduction in kinetic energy of the object go? Remember, energy can’t be created or destroyed.

4. Do ball bearings operate on the basis of static or sliding friction? Explain why. 3. When sliding friction slows down a moving object, where does the reduction in kinetic energy of the object go? Remember, energy can’t be created or destroyed.

4. Do ball bearings operate on the basis of static or sliding friction? Explain why.

Explanation / Answer

3) When sliding friction slow down object reduction in kinetic energy is converted into HEAT.

4) Ball bearing operate on the basis of static friction. It is based on the fact that work done by static friction is zero. So there is no heat or energy loss due to friction.

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