In the manometer above, point 2 is open and is exposed to the surroundings. Also, the water tank is pressurized by air from the inside as shown in the figure. If h1 = 22cm, h2 = 0.35m, and h3 = 47cm, and assuming that the acceleration due to gravity is 9.81m/s2, (density of water = 1011 g/L, density of oil = 770 kg/m3, density of mercury has a density of 13.75 kg/dm3) A) Calculate the gauge pressure (in torr) of the air inside the tank.B) Show in your diagram all the parts that can be cancelled in the pressure balance.C) Calculate the pressure at point C (in kPa). Air(1)Water+S4Bh₂Oilh₂AMercury

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Description: In the manometer above, point 2 is open and is exposed to the surroundings. Also, the water tank is pressurized by air from the inside as shown in the figure. If h1 = 22cm, h2 = 0.35m, and h3 = 47cm, and assuming that the acceleration due to gravity

Given data: Point 2 is open and is exposed to the surroundings. The water tank is pressurized by air…

Answered: In the manometer above, point 2 is…

Refrigeration and Air Conditioning Technology (MindTap Course List)

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ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter9: Refrigerant And Oil Chemistry And Management-recovery, Recycling,

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In the manometer above, point 2 is open and is exposed to the surroundings. Also, the water tank is pressurized by air from the inside as shown in the figure. If h₁ = 22cm, h₂ = 0.35m, and h₃ = 47cm, and assuming that the acceleration due to gravity is 9.81m/s², (density of water = 1011 g/L, density of oil = 770 kg/m³, density of mercury has a density of 13.75 kg/dm³)

A) Calculate the gauge pressure (in torr) of the air inside the tank.

B) Show in your diagram all the parts that can be cancelled in the pressure balance.

C) Calculate the pressure at point C (in kPa).

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