XAMPLE 2.8 Use of the Pressure Prism Concept GIVEN A pressurized tank contains oil (SG = 0.90) and has a FIND What is the magnitude and location ofite square, 0.6-m by 0.6-m plate bolted to its side, as is illustrated in on the attached plate? Fig. E2.8a. The pressure gage on the top of the tank reads 50 kPa, and the outside of the tank is at atmospheric pressure. +8613) 92049572 p= 50 kPa nole- Pls cntacime Nia what ap- beQuse Ia mm Oil surface Alr 2.6'm ebara girl Oit. 0.6 m 0.6 m 0.2 m Plate :Yth, - h,) ta) (b)
XAMPLE 2.8 Use of the Pressure Prism Concept GIVEN A pressurized tank contains oil (SG = 0.90) and has a FIND What is the magnitude and location ofite square, 0.6-m by 0.6-m plate bolted to its side, as is illustrated in on the attached plate? Fig. E2.8a. The pressure gage on the top of the tank reads 50 kPa, and the outside of the tank is at atmospheric pressure. +8613) 92049572 p= 50 kPa nole- Pls cntacime Nia what ap- beQuse Ia mm Oil surface Alr 2.6'm ebara girl Oit. 0.6 m 0.6 m 0.2 m Plate :Yth, - h,) ta) (b)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Transcribed Image Text:EXAMPLE 2.8 Use of the Pressure Prism Concept
GIVENA Dressurized tank contains oil (SG. = 0.90) and has. FIND What is the magnitude and location ofiicresul
square, 0.6-m by 0.6-m plate bolted to its side, as is illustraäted in on the attached plate?.
Fig. E2.8a. The pressure gage on the top of the tank reads 50 kPa,
and the outside of the tank is at atmospheric pressure.
s+86131 9204952
p= 50 kPa
nole:
Pls cntactme
Nia whal ap-
beQuse
Ta mm
Oil surlace
h;- 2.6 'm
2 m
ebona
0.6 m
0.6 m
0.2 m
Plate
Yth, - A,:
ta)
Figure E2.8
phrpose ot
quesTion is
Thd I weed
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