In the picture below a block is at a height, h above point B with an initial velocity of 1.33m/s to the right. At point C the height is h/3 above B and a frictional force begins acting on the block at C. If the block stops 4.58 meters from point C and the kinetic coefficient of friction on the block was 0.313, what was the initial height of the block?
In the picture below a block is at a height, h above point B with an initial velocity of 1.33m/s to the right. At point C the height is h/3 above B and a frictional force begins acting on the block at C. If the block stops 4.58 meters from point C and the kinetic coefficient of friction on the block was 0.313, what was the initial height of the block?
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In the picture below a block is at a height, h above point B with an initial velocity of 1.33m/s to the right. At point C the height is h/3 above B and a frictional force begins acting on the block at C. If the block stops 4.58 meters from point C and the kinetic coefficient of friction on the block was 0.313, what was the initial height of the block?
![In the picture below a block is at a height, h above point B with an initial velocity of
1.33m/s to the right. At point C the height is h/3 above B and a frictional force
begins acting on the block at C. If the block stops 4.58 meters from point C and the
kinetic coefficient of friction on the block was 0.313, what was the initial height of
the block?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fce133a85-68c0-4b3a-a7ae-91941cbe09db%2Fdfb4c1bc-d4fd-458c-8df8-9fe3a928f1e5%2Fm2vt2td_processed.png&w=3840&q=75)
Transcribed Image Text:In the picture below a block is at a height, h above point B with an initial velocity of
1.33m/s to the right. At point C the height is h/3 above B and a frictional force
begins acting on the block at C. If the block stops 4.58 meters from point C and the
kinetic coefficient of friction on the block was 0.313, what was the initial height of
the block?
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