Answer 20 21 22 only SITUATION IV:A cantilever beam, 9 meters long,partially carries a uniform load of 60kN/m at midspan, 6 meter from thefixed support. Use Unit Work LoadMethod to answer thefollowingquestions.60 kN/mAB3 m6 m19. What would be the value of themoment, M, in terms of the distance xon the span on the span BCconsidering the uniform load?(Hint: required to find is the value of Min the unit load method at span BC)а. — 3(х — 3)b.-3(х — 3)?с. (х — 3)d. 020. What would be the value of thevirtual moment, m, in terms of thedistance x on the span where theuniform load lies if 1 unit load isapplied at B? (Hint: required to find is the value of min the unit load method at span BC)а. -3(х - 3)b.-3(х - 3)?с. (х — 3)d. 020. What would be the value of themoment, in terms of the distance x onthe span AB considering the uniformload?(Hint: required to find is the value of Min the unit load method at span AB)а. -3(х — 3)b.-3(x - 3)2с. (х — 3)d. 021. Compute for the slope of thebeam at the roller support, in degrees.9720324b.EI927d.EIа.E!311.25C.22. Compute for the slope of thebeam at the roller support, in degrees.2100a.EI1800C.4112b.EI2160d.EI

20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) a. -3(x – 3) b.-3(x - 3)2 c. (x - 3) d. 0

20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) a. -3(x – 3) b.-3(x - 3)2 c. (x - 3) d. 0

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Answer 20 21 22 only

SITUATION IV:
A cantilever beam, 9 meters long,
partially carries a uniform load of 60
kN/m at midspan, 6 meter from the
fixed support. Use Unit Work Load
Method to answer the
following
questions.
60 kN/m
A
B
3 m
6 m
19. What would be the value of the
moment, M, in terms of the distance x
on the span on the span BC
considering the uniform load?
(Hint: required to find is the value of M
in the unit load method at span BC)
а. — 3(х — 3)
b.-3(х — 3)?
с. (х — 3)
d. 0
20. What would be the value of the
virtual moment, m, in terms of the
distance x on the span where the
uniform load lies if 1 unit load is
applied at B?

(Hint: required to find is the value of m
in the unit load method at span BC)
а. -3(х - 3)
b.-3(х - 3)?
с. (х — 3)
d. 0
20. What would be the value of the
moment, in terms of the distance x on
the span AB considering the uniform
load?
(Hint: required to find is the value of M
in the unit load method at span AB)
а. -3(х — 3)
b.-3(x - 3)2
с. (х — 3)
d. 0
21. Compute for the slope of the
beam at the roller support, in degrees.
9720
324
b.
EI
927
d.
EI
а.
E!
311.25
C.
22. Compute for the slope of the
beam at the roller support, in degrees.
2100
a.
EI
1800
C.
4112
b.
EI
2160
d.
EI

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