Calculate the reactions at A and D b) Calculate and graph the normal (N), shear (V), and moment (M) reaction diagrams in the sections AB, BC, and CD. c) Determine (if applicable) at which points on the beam the lowest shear values V(x) y are reached moment M(x). Also indicate the values of these variables at these points.
Calculate the reactions at A and D b) Calculate and graph the normal (N), shear (V), and moment (M) reaction diagrams in the sections AB, BC, and CD. c) Determine (if applicable) at which points on the beam the lowest shear values V(x) y are reached moment M(x). Also indicate the values of these variables at these points.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In the structure of the figure q0= 1000 [N / m], P= 100 [N], a=1[m], b=3 [m], c= 2 [m] and θ= 30̊. Consider that the charges P act at the midpoint of their respective spans.
a) Calculate the reactions at A and D
b) Calculate and graph the normal (N), shear (V), and moment (M) reaction diagrams in the sections AB, BC, and CD.
c) Determine (if applicable) at which points on the beam the lowest shear values V(x) y are reached moment M(x). Also indicate the values of these variables at these points.
d) Determine (if applicable) at which points on the beam the maximum cut-off value V(x) is reached and moment M(x). Also indicate the values of these variables at these points.
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