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A submarine rests on the ocean floor at a depth of 800 m. Calculate A) the pressure at this depth and B) the force acting on a 0.6 m² hatch on the conning tower of the submarine, assuming that the pressure inside the hatch is 1 atmosphere.

A submarine rests on the ocean floor at a depth of 800 m. Calculate A) the pressure at this depth and B) the force acting on a 0.6 m² hatch on the conning tower of the submarine, assuming that the pressure inside the hatch is 1 atmosphere.

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A submarine rests on the ocean floor at a depth of 800 m. Calculate A) the pressure at this depth and B) the force acting on a 0.6 m² hatch on the conning tower of the submarine, assuming that the pressure inside the hatch is 1 atmosphere.
Transcribed Image Text:A submarine rests on the ocean floor at a depth of 800 m. Calculate A) the pressure at this depth and B) the force acting on a 0.6 m² hatch on the conning tower of the submarine, assuming that the pressure inside the hatch is 1 atmosphere.
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