Q2). Given the following loading diagram below, complete the following tasks: Determine all reaction forces a)....

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Q2). Given the following loading diagram below, complete the following tasks: Determine all reaction forces a). Determine the internal forces for every 1m interval and state whether there is a positive or negative shear and moment at each point. It might be helpful to use a table. b). Construct the shear force diagram using part(a) above and determine where the shear force is zero. It might be helpful to use an appropriate scale and graph paper to present your diagram. c). Construct the bending moment diagram using part (a) above. It might be helpful to use an appropriate scale and graph paper to present your diagram. d). Use Beam Guru to check parts (a-c) and include a hardcopy of the output e). Draw the deflection diagram based on the bending moment diagram f). Bending is about the X-X axis All moments are in KNm Note: All loads are in KN P 4 R. 9- 10 60° री P 20 1 (m) 2 (m) 4 (m) 1 (m) 2 (m) Q2). Given the following loading diagram below, complete the following tasks: Determine all reaction forces a). Determine the internal forces for every 1m interval and state whether there is a positive or negative shear and moment at each point. It might be helpful to use a table. b). Construct the shear force diagram using part(a) above and determine where the shear force is zero. It might be helpful to use an appropriate scale and graph paper to present your diagram. c). Construct the bending moment diagram using part (a) above. It might be helpful to use an appropriate scale and graph paper to present your diagram. d). Use Beam Guru to check parts (a-c) and include a hardcopy of the output e). Draw the deflection diagram based on the bending moment diagram f). Bending is about the X-X axis All moments are in KNm Note: All loads are in KN P 4 R. 9- 10 60° री P 20 1 (m) 2 (m) 4 (m) 1 (m) 2 (m)