Q (16): The manometer in the figure is filled with mercury (p - 13600 kg/m). The atmospheric pressure Patm= 1.013x10S Pa) and h = 50 cm, then the P atm absolute pressure gas in the containers is: P gas a) Pgas = 1.68x10 Pa b) Pgas = 1.87x105 Pa c) Pgas d) Pgas = 1.55×10 Pa container 1.2x10 Pa
Q (16): The manometer in the figure is filled with mercury (p - 13600 kg/m). The atmospheric pressure Patm= 1.013x10S Pa) and h = 50 cm, then the P atm absolute pressure gas in the containers is: P gas a) Pgas = 1.68x10 Pa b) Pgas = 1.87x105 Pa c) Pgas d) Pgas = 1.55×10 Pa container 1.2x10 Pa
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter20: Kinetic Theory Of Gases
Section20.7: Phase Changes
Problem 20.5CE
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plz, physics , please solve question 16
![Q (16): The manometer in the figure is filled with mercury (p = 13600 kg/m').
The atmospheric pressure Patm=1.013x10s Pa) and h= 50 cm, then the
P atrn
absolute pressure gas in the containers is:
P gas
a) Pgas = 1.68×105 Pa
b) Pgas = 1.87x105 Pa
c) Pgas = 1.2x105 Pa
d) Pgas
container
1.55x10 Pa](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fce657f79-dda7-40c7-9e60-72222a5a983e%2F16aa228e-f30a-4671-a955-d81e9185c40c%2Forudcrn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q (16): The manometer in the figure is filled with mercury (p = 13600 kg/m').
The atmospheric pressure Patm=1.013x10s Pa) and h= 50 cm, then the
P atrn
absolute pressure gas in the containers is:
P gas
a) Pgas = 1.68×105 Pa
b) Pgas = 1.87x105 Pa
c) Pgas = 1.2x105 Pa
d) Pgas
container
1.55x10 Pa
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