An empty bucket of 1 kg mass, attached by a light cord over the pulley for a water well, is released from rest at the top of the well. If the pulley assembly is a 15 cm uniform cylinder of 10 kg mass free to rotate without any friction, find the speed of the bucket as it hits the water 12 m below.

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Arun · Answer

Dear student I am getting my answer as 15.3 m/sec. please let me know if this is correctvthen I will sgare my sokution,

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An empty bucket of 1 kg mass, attached by a light cord over the pulley for a water well, is released from rest at the top of the well. If the pulley assembly is a 15 cm uniform cylinder of 10 kg mass free to rotate without any friction, find the speed of the bucket as it hits the water 12 m below.

An empty bucket of 1 kg mass, attached by a light cord over the pulley for a water well, is released from rest at the top of the well. If the pulley assembly is a 15 cm uniform cylinder of 10 kg mass free to rotate without any friction, find the speed of the bucket as it hits the water 12 m below.

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An empty bucket of 1 kg mass, attached by a light cord over the pulley for a water well, is released from rest at the top of the well. If the pulley assembly is a 15 cm uniform cylinder of 10 kg mass free to rotate without any friction, find the speed of the bucket as it hits the water 12 m below.

An empty bucket of 1 kg mass, attached by a light cord over the pulley for a water well, is released from rest at the top of the well. If the pulley assembly is a 15 cm uniform cylinder of 10 kg mass free to rotate without any friction, find the speed of the bucket as it hits the water 12 m below.

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