4. Calculate the pressure in psia at the bottom of a spherical tank filled with sauce. The diameter of the tank is 8.0 ft. The top of the tank is vented to the atmosphere. The atmospheric pressure is 14.72 lbf /in2. The density of the sauce is 0.922 g/cm3.
4. Calculate the pressure in psia at the bottom of a spherical tank filled with sauce. The diameter of the tank is 8.0 ft. The top of the tank is vented to the atmosphere. The atmospheric pressure is 14.72 lbf /in2. The density of the sauce is 0.922 g/cm3.
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tank is 8.0 ft. The top of the tank is vented to the atmosphere. The atmospheric pressure is
14.72 lbf /in2. The density of the sauce is 0.922 g/cm3."
Transcribed Image Text:4. Calculate the pressure in psia at the bottom of a spherical tank filled with sauce. The diameter of the
tank is 8.0 ft. The top of the tank is vented to the atmosphere. The atmospheric pressure is
14.72 lbf /in2. The density of the sauce is 0.922 g/cm3.
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