A = 3 B= 9 C= 6 D = 8 A continuous beam is shown below. Consider a constant EI, X= (A+B+5) and Y=2(C +D+2).Support at A is fixed; while supports at B and C are rollers.X kN/mY kN/m4 m3 ma. Determine the moment reaction at A and Bb. Determine the vertical reactions at A, B and Cc. Draw the shear and moment diagram

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A continuous beam is shown below. Consider a constant EI, X= (A+B+ 5) and Y = 2(C +D+2). Support at A is fixed; while supports at B and C are rollers. X kN/m Y kN/m 3m a Determine the moment reaction at A and B b. Determine the vertical reactions at A, B and C c. Draw the shear and moment diagram

A continuous beam is shown below. Consider a constant EI, X= (A+B+ 5) and Y = 2(C +D+2). Support at A is fixed; while supports at B and C are rollers. X kN/m Y kN/m 3m a Determine the moment reaction at A and B b. Determine the vertical reactions at A, B and C c. Draw the shear and moment diagram

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter14: Static Equilibrium, Elasticity, And Fracture

Section: Chapter Questions

Problem 18PQ

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Question

A = 3 B= 9 C= 6 D = 8

A continuous beam is shown below. Consider a constant EI, X= (A+B+5) and Y=2(C +D+2).
Support at A is fixed; while supports at B and C are rollers.
X kN/m
Y kN/m
4 m
3 m
a. Determine the moment reaction at A and B
b. Determine the vertical reactions at A, B and C
c. Draw the shear and moment diagram

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