Part 3: Liquids in a U-shaped tube Water and then oil are poured into a U-shaped tube, open at both ends. The two liquids do not mix. They come to equilibirum in the configuration shown in the figure below. hoil h2 Water Theoretical calculations 1. Using the figure above and the fact that the pressure at equal depths within a uniform liquid is the same, show that the density of the oil can be expressed as: hi – h2 1- (5) Poil = PH2O hoil

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Part 3: Liquids in a U-shaped tube
Water and then oil are poured into a U-shaped tube, open at both ends. The two liquids do not mix. They come to
equilibirum in the configuration shown in the figure below.
hoil
h,
h2
Water
Theoretical calculations
1. Using the figure above and the fact that the pressure at equal depths within a uniform liquid is the same, show that
the density of the oil can be expressed as:
h1 – h2
(1-)
(5)
Poil
PH2O
hoil
Transcribed Image Text:Part 3: Liquids in a U-shaped tube Water and then oil are poured into a U-shaped tube, open at both ends. The two liquids do not mix. They come to equilibirum in the configuration shown in the figure below. hoil h, h2 Water Theoretical calculations 1. Using the figure above and the fact that the pressure at equal depths within a uniform liquid is the same, show that the density of the oil can be expressed as: h1 – h2 (1-) (5) Poil PH2O hoil
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