a-wooden-block-is-suspended-in-a-tank-of-fresh-water-using-a-string-fixed-to-the

Question

A wooden block is suspended in a tank of fresh water using a string fixed to the bottom of the tank. The tension in the string is 805 N and the block has a volume of 0.425 m³. Determine the buoyant force experienced by the block from the water and the block's mass.

Accepted Answer

F_B = 4165 N; m = 343 kg

Answer

F_B = 4165 N; m = 425 kg

Answer

F_B = 2205 N; m = 343 kg

Answer

F_B = 4970 N; m = 507 kg

Answer

F_B = 2205 N; m = 425 kg

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A wooden block is suspended in a tank of fresh water using a string fixed to the bottom of the tank. The tension in the string is 805 N and the block has a volume of 0.425 m³. Determine the buoyant force experienced by the block from the water and the block's mass.

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Chemistry

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Math

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Business

Social Sciences

Programming

Product & Marketing

A wooden block is suspended in a tank of fresh water using a string fixed to the bottom of the tank. The tension in the string is 805 N and the block has a volume of 0.425 m3. Determine the buoyant force experienced by the block from the water and the block's mass.

A wooden block is suspended in a tank of fresh water using a string fixed to the bottom of the tank. The tension in the string is 805 N and the block has a volume of 0.425 m³. Determine the buoyant force experienced by the block from the water and the block's mass.