A continuous beam has a loading shown. Assuming constant flexural rigidity (EI). 50KN 35KN 70KN 40KN 2m 3m 2m 2m 3m 2m B 2 C 3 5m 7m Determine the following: a. Moment at 3 or C (kN-m; write positive or negative) b. Moment at 2 or B (kN-m; write positive or negative)

Steel Design (Activate Learning with these NEW titles from Engineering!)
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Chapter10: Plate Girders
Section: Chapter Questions
Problem 10.7.9P
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Determine the following:
a. Moment at 3 or C (kN-m; write
positive or negative)
b. Moment at 2 or B (kN-m; write
positive or negative)
c. Reaction at 1 or A (kN; positive
value only)
d. Reaction at 2 or B (kN; positive
value only)
e. Reaction at 3 or C (kN; positive
value only)
USE 2 DECIMAL PLACES.
Transcribed Image Text:Determine the following: a. Moment at 3 or C (kN-m; write positive or negative) b. Moment at 2 or B (kN-m; write positive or negative) c. Reaction at 1 or A (kN; positive value only) d. Reaction at 2 or B (kN; positive value only) e. Reaction at 3 or C (kN; positive value only) USE 2 DECIMAL PLACES.
A continuous beam has a loading shown. Assuming constant flexural rigidity
(EI).
50KN
35KN
70kN
40KN
2m
3m
2m
2m
3m
2m
В 2
с з
A
5m
7m
Determine the following:
a. Moment at 3 or C (kN-m; write positive or negative)
b. Moment at 2 or B (kN-m; write positive or negative)
Transcribed Image Text:A continuous beam has a loading shown. Assuming constant flexural rigidity (EI). 50KN 35KN 70kN 40KN 2m 3m 2m 2m 3m 2m В 2 с з A 5m 7m Determine the following: a. Moment at 3 or C (kN-m; write positive or negative) b. Moment at 2 or B (kN-m; write positive or negative)
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