Point C Concentrated load on B point of beam (x=0.3(m)) P=60(N) / When moment M =...

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Point C Concentrated load on B point of beam (x=0.3(m)) P=60(N) / When moment M = = 1.6(N-m) is added to (x=0.85(m)) find the following. a. shear force of section A (N) b. Bending moment of section A (N.m) c. shear force of section D (N) d. d. v'D (mm/mm) A P B L M C Point C Concentrated load on B point of beam (x=0.3(m)) P=60(N) / When moment M = = 1.6(N-m) is added to (x=0.85(m)) find the following. a. shear force of section A (N) b. Bending moment of section A (N.m) c. shear force of section D (N) d. d. v'D (mm/mm) A P B L M C

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To analyze the beam with a concentrated load and an added moment we can use the equations of equilib... View the full answer