Refer to the beam below: 5m 11. Determine the indeterminacy. degree of

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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Refer to the beam below:
5m
11.
Determine
the
degree
of
indeterminacy.
а. 1
с. 2
b. 3
d. 6
12. If a uniform load of 15 kN/m will be
loaded on the beam, compute for the
maximum shear.
a. 37.5 kN
c. 31.25 kN
b. 75 kN
d. 62.5 kN
13. If a uniform load of 15 kN/m will be
loaded on the beam, compute for the
maximum moment.
a. 37.5 kN. m
C. 31.25 kN. m
b. 75 kN. m
d. 62.5 kN. m
14. If a uniform load of 15 kN/m will be
loaded on the beam, compute for the
maximum deflection.
a. 48.82E1
b. 24.21EI
c. 3125 EI
d. 195.3125 EI
15. If an additional concentrated load
of 50 kN will be loaded at the midspan,
what would be the maximum moment of
the beam?
a. 37.5 kN. m
c. 31.25 kN. m
b. 75 kN. m
d. 62.5 kN. m
Transcribed Image Text:Refer to the beam below: 5m 11. Determine the degree of indeterminacy. а. 1 с. 2 b. 3 d. 6 12. If a uniform load of 15 kN/m will be loaded on the beam, compute for the maximum shear. a. 37.5 kN c. 31.25 kN b. 75 kN d. 62.5 kN 13. If a uniform load of 15 kN/m will be loaded on the beam, compute for the maximum moment. a. 37.5 kN. m C. 31.25 kN. m b. 75 kN. m d. 62.5 kN. m 14. If a uniform load of 15 kN/m will be loaded on the beam, compute for the maximum deflection. a. 48.82E1 b. 24.21EI c. 3125 EI d. 195.3125 EI 15. If an additional concentrated load of 50 kN will be loaded at the midspan, what would be the maximum moment of the beam? a. 37.5 kN. m c. 31.25 kN. m b. 75 kN. m d. 62.5 kN. m
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