Use the following scenario for the next two questions. A U tube is initially filled with mercury (p = 13.5 x 103 kg-m³) to the same height on both sides of the tube. A stopper with a pressure gauge is then inserted on the right-hand side of the tube. Mercury is slowly removed from the left-hand side of the tube until the level on the right- hand side drops by Ah₂ = 0.10 cm and the pressure gauge reads Pgauge =-1500 Pa. The removal of the mercury is a quasistatic process and the system is in excellent thermal contact with its environment. 13 Initial height Pgauge Air Ah₁ Ahz (0.001) Mercury ) By how much does the mercury level drop on the left-hand side of the tube Ah,? 0.11 cm B.) 1.2 cm 7.4 cm D. 11 cm E. 76 cm P. + fgch.-ha) P₂ h₁ = = P-Patm+hz 1.0 cm 19
Use the following scenario for the next two questions. A U tube is initially filled with mercury (p = 13.5 x 103 kg-m³) to the same height on both sides of the tube. A stopper with a pressure gauge is then inserted on the right-hand side of the tube. Mercury is slowly removed from the left-hand side of the tube until the level on the right- hand side drops by Ah₂ = 0.10 cm and the pressure gauge reads Pgauge =-1500 Pa. The removal of the mercury is a quasistatic process and the system is in excellent thermal contact with its environment. 13 Initial height Pgauge Air Ah₁ Ahz (0.001) Mercury ) By how much does the mercury level drop on the left-hand side of the tube Ah,? 0.11 cm B.) 1.2 cm 7.4 cm D. 11 cm E. 76 cm P. + fgch.-ha) P₂ h₁ = = P-Patm+hz 1.0 cm 19
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:Use the following scenario for the next two questions.
A U tube is initially filled with mercury (p = 13.5 x 103 kg-m³) to the
same height on both sides of the tube. A stopper with a pressure gauge
is then inserted on the right-hand side of the tube. Mercury is slowly
removed from the left-hand side of the tube until the level on the right-
hand side drops by Ah₂ = 0.10 cm and the pressure gauge reads
Pgauge =-1500 Pa. The removal of the mercury is a quasistatic process
and the system is in excellent thermal contact with its environment.
13
Initial height
Pgauge
Air
Ah₁
Ahz (0.001)
Mercury
) By how much does the mercury level drop on the left-hand side of the tube Ah,?
0.11 cm
B.) 1.2 cm
7.4 cm
D. 11 cm
E. 76 cm
P. + fgch.-ha) P₂
h₁
=
=
P-Patm+hz 1.0 cm
19
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