Q3 (5-28) : The articulated crane boom has a weight W and mass center at G. If it supports a load L, determine the force acting at the pin A and the compression in the hydraulic cylinder BC when the boom is in the position shown. Given: W:= 500N L:= 2400N b G a := Im d b:= 0.25m C := 0.25m d := 2m 16.04 Fg- 20.94AN 0 := 40deg 9.835
Q3 (5-28) : The articulated crane boom has a weight W and mass center at G. If it supports a load L, determine the force acting at the pin A and the compression in the hydraulic cylinder BC when the boom is in the position shown. Given: W:= 500N L:= 2400N b G a := Im d b:= 0.25m C := 0.25m d := 2m 16.04 Fg- 20.94AN 0 := 40deg 9.835
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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![Q3 (5-28) :
The articulated crane boom has a weight W and mass center at G. If it supports
a load L, determine the force acting at the pin A and the compression in the
hydraulic cylinder BC when the boom is in the position shown.
Given:
W:= 500N
L:= 2400N
b
G
a := Im
d
b:= 0.25m
C := 0.25m
d := 2m
16.04
Fg- 20.94AN
0 := 40deg
9.835](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F312ea512-536b-4f54-9728-1cc27abcd19a%2F3286482f-37a4-45a4-bc6c-bd9a984485a6%2F59n94nu_processed.png&w=3840&q=75)
Transcribed Image Text:Q3 (5-28) :
The articulated crane boom has a weight W and mass center at G. If it supports
a load L, determine the force acting at the pin A and the compression in the
hydraulic cylinder BC when the boom is in the position shown.
Given:
W:= 500N
L:= 2400N
b
G
a := Im
d
b:= 0.25m
C := 0.25m
d := 2m
16.04
Fg- 20.94AN
0 := 40deg
9.835
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