As shown in the figure, it is a water container with first-order acceleration moving downward. The water

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As shown in the figure, it is a water container with first-order acceleration moving downward. The water depth h = 2 m and the acceleration A = 4.9 m/s2. Try to calculate (1) the absolute static pressure of the fluid at the bottom of the container; (2) what is the acceleration when the pressure on the bottom of the container is atmospheric pressure? (3) what is the value of acceleration when the absolute static pressure at the bottom of the container is equal to zero?

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Aerodynamics

ISBN: 9789811945861

1st Edition

Authors: Peiqing Liu

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