Determine the maximum reaction at support B, the maximum shear at point C and the maximum positive moment that can be developed at point C on the beam shown due to: "a single concentrate live load of 8000 N "a uniform live load of 3000 N/m (applied on specific area: say positive area or negative area only) "a beam weight (dead load) of 1000 N/m (applied on the entire beam) A C B 4 m 5m 4 m
Determine the maximum reaction at support B, the maximum shear at point C and the maximum positive moment that can be developed at point C on the beam shown due to: "a single concentrate live load of 8000 N "a uniform live load of 3000 N/m (applied on specific area: say positive area or negative area only) "a beam weight (dead load) of 1000 N/m (applied on the entire beam) A C B 4 m 5m 4 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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the answers must be:
By = 49,111.11 N
Vcmax = -9277.78 N
+Mcmax = 54,222.22 N-m
![Determine the maximum reaction at support B, the maximum shear at point C and the
maximum positive moment that can be developed at point C on the beam shown due
to:
"a single concentrate live load of 8000 N
"a uniform live load of 3000 N/m (applied on specific area: say positive area or negative
area only)
"a beam weight (dead load) of 1000 N/m (applied on the entire beam)
A
C
B
4 m
5m
4 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fab89b53f-be25-40fb-9c96-557073fc4105%2Fd2c3d346-20cf-492f-9795-75f187408efb%2F0g8a2sh_processed.png&w=3840&q=75)
Transcribed Image Text:Determine the maximum reaction at support B, the maximum shear at point C and the
maximum positive moment that can be developed at point C on the beam shown due
to:
"a single concentrate live load of 8000 N
"a uniform live load of 3000 N/m (applied on specific area: say positive area or negative
area only)
"a beam weight (dead load) of 1000 N/m (applied on the entire beam)
A
C
B
4 m
5m
4 m
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