the system shown remains at rest. each block weighs 20 n. the force of friction on the upper block
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The weight of the block is given as 20 N. Also given that the system remains at rest. We have to calculate the force of friction on the upper block.
Well the answer to this question is that the force of friction would be zero. The reason is that as the object as at rest, so there will be no applied force on the object. Hence, frictional force will be zero.
Hope it's helpful to you.
Thanks.
The weight of the block is given as 20 N. Also given that the system remains at rest. We have to calculate the force of friction on the upper block.
Well the answer to this question is that the force of friction would be zero. The reason is that as the object as at rest, so there will be no applied force on the object. Hence, frictional force will be zero.
Hope it's helpful to you.
Thanks.
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