30 KN A 1m B 3 m 50 KN 2 m D

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Beam loaded as shown in Fig. below. Determine the Following:

Reaction support at point B.

a. 56KN (Downward Direction)
b. 56KN (Upward Direction)
c. 35KN (Downward Direction)
d. 35KN (Upward Direction)
 
Reaction support at point D.
a. 26 KN (Downward Direction)
b. 26 KN (Upward Direction)
c. 24KN (Downward Direction)
d. 24KN (Upward Direction)
 
Shear force equation of section AB.
a. -30KN
b. 30KN
c. -32KN
d. 32KN
 
Shear force equation of  section CD.
a. -24KN
b. 24KN
c. -28KN
d. 28KN
 
Bending moment equation of section BC.
a. 26KN(x)+56KN.m
b. 26KN(x)-56KN.m
c. -26KN(x)+56KN.m
d. None of the above.
 
Maximum bending moment of the beam.
a. 47KN.m
b. 46KN.m
c. 48KN.m
d. None of the above
30 kN
A
1m
B
3 m
50 KN
C
2 m
D
Transcribed Image Text:30 kN A 1m B 3 m 50 KN C 2 m D
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Solve for the Following:
 
Shear force equation of  section CD.
a. -24KN
b. 24KN
c. -28KN
d. 28KN
 
Bending moment equation of section BC.
a. 26KN(x)+56KN.m
b. 26KN(x)-56KN.m
c. -26KN(x)+56KN.m
d. None of the above.
 
Maximum bending moment of the beam.
a. 47KN.m
b. 46KN.m
c. 48KN.m
d. None of the above
30 kN
A
1m
B
3 m
50 KN
C
2 m
D
Transcribed Image Text:30 kN A 1m B 3 m 50 KN C 2 m D
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