Shear and Bending For the beams and loading shown: 1. Find the reactions at the support(s). 2. Draw F.B.Ds of beam sections with cuts in sections AB, BC and CD. A) 3. Use equilibrium to write equations of V and M for each section, in terms of a reference coordinate "x" measured from the left end of each beam. Use the sign convention described in class. 4. Draw the bending moment and shearing force diagrams of the beams. 5. Label all local maximum and minimum values of V and M on the diagrams. Your answers should include the values, units and signs. (3) 20 in 250 lb B 25 in. 100 lb 10 in. D 6
Shear and Bending For the beams and loading shown: 1. Find the reactions at the support(s). 2. Draw F.B.Ds of beam sections with cuts in sections AB, BC and CD. A) 3. Use equilibrium to write equations of V and M for each section, in terms of a reference coordinate "x" measured from the left end of each beam. Use the sign convention described in class. 4. Draw the bending moment and shearing force diagrams of the beams. 5. Label all local maximum and minimum values of V and M on the diagrams. Your answers should include the values, units and signs. (3) 20 in 250 lb B 25 in. 100 lb 10 in. D 6
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Solve all parts of (A)
Hand written and clean writing please

Transcribed Image Text:Shear and Bending
For the beams and loading shown:
1. Find the reactions at the support(s).
2. Draw F.B.Ds of beam sections with cuts in sections AB, BC and CD.
A)
3. Use equilibrium to write equations of V and M for each section, in terms of a reference
coordinate "x" measured from the left end of each beam. Use the sign convention
described in class.
4. Draw the bending moment and shearing force diagrams of the beams.
5. Label all local maximum and minimum values of V and M on the diagrams.
Your answers should include the values, units and signs.
(3)
20 in
250 lb
B
25 in.
100 lb
10 in.
D
6
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