4. a) b) At point calculate the vertical deflection of the beam below with the one load shown at point B. For the beam, EI = 21000 kN.m²; for the cable AE = 2000 kN. Without doing further calculations, if the 18 kN vertical load were at point instead of at B, what would be the vertical deflection at point ? What theorem supports your answer? 3m 18.KN ढे 3m ढे CABLE 3m- Ⓡ Ţ 2m
4. a) b) At point calculate the vertical deflection of the beam below with the one load shown at point B. For the beam, EI = 21000 kN.m²; for the cable AE = 2000 kN. Without doing further calculations, if the 18 kN vertical load were at point instead of at B, what would be the vertical deflection at point ? What theorem supports your answer? 3m 18.KN ढे 3m ढे CABLE 3m- Ⓡ Ţ 2m
Principles of Geotechnical Engineering (MindTap Course List)
9th Edition
ISBN:9781305970939
Author:Braja M. Das, Khaled Sobhan
Publisher:Braja M. Das, Khaled Sobhan
Chapter15: Slope Stability
Section: Chapter Questions
Problem 15.28P
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I need help with Q.4
thank you,
![4.
a)
b)
At point calculate the vertical deflection of the beam below with the one load
shown at point B. For the beam, EI = 21000 kN.m²; for the cable AE = 2000 kN.
Without doing further calculations, if the 18 kN vertical load were at point
instead of at (B), what would be the vertical deflection at point (B? What
theorem supports your answer?
TAR
A
3m
IBKN
B
3 m
to
3m
CABLE
D
Ţ
2m
2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F16744eb7-9173-4b34-a8b7-98e60ec42dd1%2F9427f6f4-f092-4a23-b15f-b513a61a1787%2F136hjyi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4.
a)
b)
At point calculate the vertical deflection of the beam below with the one load
shown at point B. For the beam, EI = 21000 kN.m²; for the cable AE = 2000 kN.
Without doing further calculations, if the 18 kN vertical load were at point
instead of at (B), what would be the vertical deflection at point (B? What
theorem supports your answer?
TAR
A
3m
IBKN
B
3 m
to
3m
CABLE
D
Ţ
2m
2
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