Need the Solution: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 [Ans: By = 49,111.11 N]-a uniform live load of 3000N/m (applied on specific area: say positive area or negative area only) [Vcmax= -9277.78 N]-a beam weight (dead load) of 1000N/m (applied on the entire beam) [+Mcmax= 54,222.22 N-m] PROBLEMDetermine the maximum reaction at support B, the maximum shear at point C and themaximum positive moment that can be developed at point C on the beam shown dueto:"a single concentrate live load of 8000 N"a uniform live load of 3000 N/m (applied on specific area: say positive area or negativearea only)"a beam weight (dead load) of 1000 N/m (applied on the entire beam)ACВ4 m5 m4 m

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Answered: to: "a single concentrate live load of…

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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Need the Solution:

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 [Ans: By = 49,111.11 N]

-a uniform live load of 3000N/m (applied on specific area: say positive area or negative area only) [Vcmax= -9277.78 N]

-a beam weight (dead load) of 1000N/m (applied on the entire beam) [+Mcmax= 54,222.22 N-m]

PROBLEM
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
В
4 m
5 m
4 m

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