Two small vessels are connected to a U-tube manometer containing mercury (relative density = 13.56) and the connecting tubes are filled with alcohol (relative density = 0.82). The vessel at the higher pressure is 2.4 m lower in elevation than the other vessel. a.) Determine the pressure difference between the two vessels when the differencein the levels of the mercury menisci is 260 mm.b.) Determine the difference in the piezometric head.B2.4m-260mm-AlcoholMercury

Answered: Image /qna-images/answer/68875128-d1e9-4ed5-831a-862c4fa05bac.jpg

a.) Determine the pressure difference between the two vessels when the difference in the levels of the mercury menisci is 260 mm. b.) Determine the difference in the piezometric head. B 2.4m -260mm T -Alcohol -Mercury

a.) Determine the pressure difference between the two vessels when the difference in the levels of the mercury menisci is 260 mm. b.) Determine the difference in the piezometric head. B 2.4m -260mm T -Alcohol -Mercury

Materials Science And Engineering Properties

1st Edition

ISBN:9781111988609

Author:Charles Gilmore

Publisher:Charles Gilmore

Chapter3: The Structure Of Real Materials

Section: Chapter Questions

Problem 3.12P

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Question

Two small vessels are connected to a U-tube manometer containing mercury (relative
density = 13.56) and the connecting tubes are filled with alcohol (relative density =
0.82). The vessel at the higher pressure is 2.4 m lower in elevation than the other
vessel.

a.) Determine the pressure difference between the two vessels when the difference
in the levels of the mercury menisci is 260 mm.
b.) Determine the difference in the piezometric head.
B
2.4m
-260mm
-Alcohol
Mercury

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