3. Mercury and then an unknown liquid are poured into a U-shaped tube, open at both ends, and do not mix. They come to equilibrium as shown. (pHg = 13600 kg/m³) Unknown liquid 5.00 cm Hg 5.00 cm 2.00 cm a) What is the gauge pressure at the bottom of the U-shaped tube? b) What is the mass density of the unknown liquid? c) What is the absolute pressure 3.00 cm below the surface of the unknown liquid?

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Chapter11: Fluid Statics
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Problem 79PE: (a) How high will water rise in a glass capillary tube with a 0.500-mm radius? (b) How much...
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3. Mercury and then an unknown liquid are poured into a U-shaped tube, open at both ends, and do not mix.
They come to equilibrium as shown. (PHg = 13600 kg/m³)
Unknown liquid
5.00 cm
Hg
5.00 cm
2.00 cm
a) What is the gauge pressure at the bottom of the U-shaped tube?
b) What is the mass density of the unknown liquid?
c) What is the absolute pressure 3.00 cm below the surface of the unknown liquid?
Transcribed Image Text:3. Mercury and then an unknown liquid are poured into a U-shaped tube, open at both ends, and do not mix. They come to equilibrium as shown. (PHg = 13600 kg/m³) Unknown liquid 5.00 cm Hg 5.00 cm 2.00 cm a) What is the gauge pressure at the bottom of the U-shaped tube? b) What is the mass density of the unknown liquid? c) What is the absolute pressure 3.00 cm below the surface of the unknown liquid?
Conceptual & Numerical Physics. Apply your conceptual understanding of the principles in Fluid Statics in
solving the following numerical problems. Show complete, correct and legible solutions. Box your final
answers.
Transcribed Image Text:Conceptual & Numerical Physics. Apply your conceptual understanding of the principles in Fluid Statics in solving the following numerical problems. Show complete, correct and legible solutions. Box your final answers.
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