A complex manometer in the Figure below, with a gas has several u-tubes connected in series has water (H2O), mercury (Hg), and SAE 30 motor oil before being exposed to the standard atmospheric temperature and pressure. For whatever strange reason, the pressure of the gas (assume point 4 and the pressure in the ball are equal) is needed. As it turns out, this is an effective teaching tool to re-enforce concepts of manometry for students and using different immiscible fluids (look it up) can reduce the size of manometry a) Find the pressure at point 1 if z1 = 13 cm b) Find the pressure at point 2 if z2 = 25 cm c) Find the pressure at point 3 if z3 = 8 cm d) Find the pressure at point 4 if z4 = 23 cm pMercury Patn SAE 30 oil

A complex manometer in the Figure below, with a gas has several u-tubes connected in series has water (H2O), mercury (Hg), and SAE 30 motor oil before being exposed to the standard atmospheric temperature and pressure. For whatever strange reason, the pressure of the gas (assume point 4 and the pressure in the ball are equal) is needed. As it turns out, this is an effective teaching tool to re-enforce concepts of manometry for students and using different immiscible fluids (look it up) can reduce the size of manometry a) Find the pressure at point 1 if z1 = 13 cm b) Find the pressure at point 2 if z2 = 25 cm c) Find the pressure at point 3 if z3 = 8 cm d) Find the pressure at point 4 if z4 = 23 cm pMercury Patn SAE 30 oil

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

EGMN 301 - Fluid Mechanics

A complex manometer in the Figure below, with a gas has several u-tubes connected in series
has water (H2O), mercury (Hg), and SAE 30 motor oil before being exposed to the standard
atmospheric temperature and pressure. For whatever strange reason, the pressure of
the gas (assume point 4 and the pressure in the ball are equal) is needed. As it turns out, this is an
effective teaching tool to re-enforce concepts of manometry for students
and using different immiscible fluids (look it up) can reduce the size of manometry
a) Find the pressure at point 1 if z1 = 13 cm
b) Find the pressure at point 2 if z2 = 25 cm
c) Find the pressure at point 3 if z3 = 8 cm
d) Find the pressure at point 4 if z4 = 23 cm
amercury
Patm
SE 30 oil
H20
Figure 4: A complex manometer with a gas has several u-tubes connected in series has
water (H2O), mercury (Hg), and SAE 30 motor oil

Branch of science that deals with the stationary and moving bodies under the influence of forces.

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