A U-tube manometer shown in Figure Q2(b) contains two differentliquids at equilibrium. One of the liquid is water with a density of998 kg/m3in the right arm. The other liquid is oil in the left arm. Theheights of the columns are l = 50 mm and d = 15 mm. Determinethe density of the oil. (b) A U-tube manometer shown in Figure Q2(b) contains two differentliquids at equilibrium. One of the liquid is water with a density of998 kg/m3 in the right arm. The other liquid is oil in the left arm. Theheights of the columns are 1 = 50 mm and d = 15 mm. Determinethe density of the oil.d= 15 maOil= 50 mInterfaceWater

Given, Water density, Right column height, Left column height,

Answered: A U-tube manometer shown in Figure…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter9: Fluids And Solids

Section: Chapter Questions

Problem 45P: The inside diameters of the larger portions of the horizontal pipe depicted in Figure P9.45 are 2.50...

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A U-tube manometer shown in Figure Q2(b) contains two different
liquids at equilibrium. One of the liquid is water with a density of
998 kg/m3
in the right arm. The other liquid is oil in the left arm. The
heights of the columns are l = 50 mm and d = 15 mm. Determine
the density of the oil.

(b) A U-tube manometer shown in Figure Q2(b) contains two different
liquids at equilibrium. One of the liquid is water with a density of
998 kg/m3 in the right arm. The other liquid is oil in the left arm. The
heights of the columns are 1 = 50 mm and d = 15 mm. Determine
the density of the oil.
d= 15 ma
Oil
= 50 m
Interface
Water

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