Piston: A = 12.0 cm 2 Pe=3.0 bar Pe=5.5 bar Pe=6.0 bar Pe=6.5 bar piston rod: A = 4.0 cm² extension Pe (bar) = ? F = 600 N S3 As shown, the force required to advance the cylinder should be 600N. During the cylinder advancing the back pressure of the adjustable one-way flow control valve is 1.5bar. How high is the applied air pressure Pe in bar?

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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These 2 pleaseeee and im out of questions
Piston: A = 12.0 cm 2
Pe=3.0 bar
Pe=5.5 bar
Pe=6.0 bar
Pe=6.5 bar
Pe=12.0 bar
piston rod: A = 4.0 cm²
extension
Pe (bar) = ?
As shown, the force required to advance the cylinder should be 600N. During the
cylinder advancing the back pressure of the adjustable one-way flow control valve is
1.5bar. How high is the applied air pressure Pe in bar?
F = 600 N
53
Transcribed Image Text:Piston: A = 12.0 cm 2 Pe=3.0 bar Pe=5.5 bar Pe=6.0 bar Pe=6.5 bar Pe=12.0 bar piston rod: A = 4.0 cm² extension Pe (bar) = ? As shown, the force required to advance the cylinder should be 600N. During the cylinder advancing the back pressure of the adjustable one-way flow control valve is 1.5bar. How high is the applied air pressure Pe in bar? F = 600 N 53
57
B
Rand
Reservoir C
Pump D
Filter B
Relief valve B
Pump inlet line G
F
H
L
D
Which components in this simple reciprocating circuit for bending a piece of sheet
metal are correctly identified?
Transcribed Image Text:57 B Rand Reservoir C Pump D Filter B Relief valve B Pump inlet line G F H L D Which components in this simple reciprocating circuit for bending a piece of sheet metal are correctly identified?
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