(a) Calculate the magnitude of the horizontal and vertical component forcesacting at Joint B. (b)...

(a) Calculate the magnitude of the horizontal and vertical
component forcesacting at Joint B.
(b) Calculate the magnitude and direction of the components of the
reaction atJoint A.
(c) Calculate the magnitude and direction of the reaction at Joint
C. (d) Develop the internal shear force equation for the compound
beam. (e) Develop the internal bending moment equation for the
compound beam. (f) Construct the internal shear force diagram for
the compound beam. (g) Construct the internal bending moment
diagram for the compound beam.

Hint: the internal bending moment should go to zero at Joint
B.

(h) What is the magnitude and location from Joint A of the
maximum internalbending moment?

Eullphorie UluWabuk Material Advantage l Pure CBD vapors ICB Date Due Tuesday, March 28 The compound beam is supported by a fix connection at A and a roller at Joint Bis a pin. Hint treat the compound beam as a horizontal frame and analyze accordingly. 2 kip/ft 6 ft (a) Calculate the magnitude of the horizontal and vertical component forces acting at Joint B. (b) Calculate the magnitude and direction of the components of the reaction at Joint A. (e) Calculate the magnitude and direction of the reaction at Joint c (d) Develop the internal force equation for the compound beam. (e) Develop the internal bending moment equation for compound beam (n construct the internal shear force diagram for the compound beam (g) Construct the internal bending moment diagram for the compound beam Hint: the internal bending moment should go to (h) What is the magnitude and location from Joint A of the maximum internal bending moment? Products Archiv