1 3000 N/m 1000 N/m 800 Nm 2000 N 2 m 4 m Figure 1 Referring to the beam depicted in Figure 1, a) Determine the reaction forces at A and B 3 Develop the formulas that would describe the shear force and bending moments throughout the length of the beam. Develop the formulas starting from the left calculating towards the ri

Question

3000 N/m
1000 N/m
800 Nm
2000 N
2 m
4 m
Figure 1
Referring to the beam depicted in Figure 1,
a)
• Determine the reaction forc

b) If the stress in the bending stress in the beam at the point where the moment is at its
maximum if a W200 x 22 (Appendix B

1

3000 N/m 1000 N/m 800 Nm 2000 N 2 m 4 m Figure 1 Referring to the beam depicted in Figure 1, a) • Determine the reaction forces at A and B 3 • Develop the formulas that would describe the shear force and bending moments throughout the length of the beam. Develop the formulas starting from the left calculating towards the right hand side in each case. (you may ignore the effect of the mass for the sake of simplicity for this test) 19 • Draw the shear force and bending moment diagrams Using the diagrams create a free body diagram in the section where the bending moment is a maximum and determine the maximum bending moment. Indicate the distance at which this moment occurs on the diagram. b) If the stress in the bending stress in the beam at the point where the moment is at its maximum if a W200 x 22 (Appendix B) beam is used and bending occurs across its x-x axis

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