a) Determine the magnitudes and directions of the rectangular components of the reactions in the supports A. b) Create the shear force diagram for beam ABC and clearly indicate at which point it occurs the maximum magnitude of the shear. c) The bending moment diagram for beam ABC and clearly indicate at which point the maximum magnitude of the shear moment.
a) Determine the magnitudes and directions of the rectangular components of the reactions in the supports A. b) Create the shear force diagram for beam ABC and clearly indicate at which point it occurs the maximum magnitude of the shear. c) The bending moment diagram for beam ABC and clearly indicate at which point the maximum magnitude of the shear moment.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Consider the frame shown in figure N ° 1, made up of four rigid elements ABC, FED, BE and DC
all of negligible weight. The element ABC is a rigid beam that supports a load uniformly
150 lb / ft distributed along its entire length.
a) Determine the magnitudes and directions of the rectangular components of the reactions in the
supports A.
b) Create the shear force diagram for beam ABC and clearly indicate at which point it occurs
the maximum magnitude of the shear.
c) The bending moment diagram for beam ABC and clearly indicate at which point the
maximum magnitude of the shear moment.
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