- 1 With Reference To The Beam Shown A Determine The Shear Equation At Segment Bc B Determine The Moment Equation At S 1 (84.51 KiB) Viewed 34 times
1. With reference to the beam shown a. Determine the shear equation at segment BC. b. Determine the moment equation at s
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1. With reference to the beam shown a. Determine the shear equation at segment BC. b. Determine the moment equation at s
1. With reference to the beam shown a. Determine the shear equation at segment BC. b. Determine the moment equation at segment CD. C. Draw the shear and moment diagram labeling all values per relevant points. d. Determine the distance of the maximum moment from the point A. 50 KN/m B 3 m 2 m Steam- 1 RA Ro 2. With reference to the beam shown a. Draw the shear and moment diagram labeling its values. You may do this by writing the shear and moment equation or by simply using the relationship between force, shear and moment. b. Determine the magnitude of maximum shear and its location (point). c. Determine the value of maximum moment and its location (point). 25KN/m A B с 2 m 2 m
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