d the magnitude of the difference between the total downward force at the top of the cube, and the total upward force at the bottom the cube (in newton). Assume atmospheric pressure (STP) to be 1 atm. uid density = 1040 kg/m³ 0.683 m m of the cube - 14 ka

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Chapter14: Fluid Mechanics
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Find the magnitude of the difference between the total downward force at the top of the cube, and the total upward force at the bottom
of the cube (in newton). Assume atmospheric pressure (STP) to be 1 atm.
Liquid density = 1040 kg/m³
L = 0.683 m
mass m of the cube = 14 kg
Transcribed Image Text:Find the magnitude of the difference between the total downward force at the top of the cube, and the total upward force at the bottom of the cube (in newton). Assume atmospheric pressure (STP) to be 1 atm. Liquid density = 1040 kg/m³ L = 0.683 m mass m of the cube = 14 kg
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