Question 1 15 pts Q2. The Figure below shows a simply supported beam subjected to a triangular distributed load of W=4.7 kN/m over a Length L=4.5 m and a Point Load P=7.9 kN acting at the middle of 2L (i.e., at a distance of L from B). Upload detailed solutions with diagrams of shear force and bending moment. Your work out must include free-body diagrams, calculations and the diagrams must show the maximum values of shear force and bending moment, similar to your VP Task style. Mere copy paste from free software NOT accepted, BUT YOU ARE ALLOWED TO VERIFY YOUR ANSWERS. Beam with left end on Roller, Pinned at the right end, P acts in the middle of 2L: W Roller 2L B Pin
Question 1 15 pts Q2. The Figure below shows a simply supported beam subjected to a triangular distributed load of W=4.7 kN/m over a Length L=4.5 m and a Point Load P=7.9 kN acting at the middle of 2L (i.e., at a distance of L from B). Upload detailed solutions with diagrams of shear force and bending moment. Your work out must include free-body diagrams, calculations and the diagrams must show the maximum values of shear force and bending moment, similar to your VP Task style. Mere copy paste from free software NOT accepted, BUT YOU ARE ALLOWED TO VERIFY YOUR ANSWERS. Beam with left end on Roller, Pinned at the right end, P acts in the middle of 2L: W Roller 2L B Pin
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Structural engineering
Transcribed Image Text:Question 1
15 pts
Q2. The Figure below shows a simply supported beam subjected to a triangular distributed
load of W=4.7 kN/m over a Length L=4.5 m and a Point Load P=7.9 kN acting at the middle
of 2L (i.e., at a distance of L from B). Upload detailed solutions with diagrams of shear force
and bending moment. Your work out must include free-body diagrams, calculations and the
diagrams must show the maximum values of shear force and bending moment, similar to
your VP Task style. Mere copy paste from free software NOT accepted, BUT YOU ARE
ALLOWED TO VERIFY YOUR ANSWERS.
Beam with left end on Roller, Pinned at the right end, P acts in the middle of 2L:
W
Roller
2L
B
Pin
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