Graph the diagram of shear forces and bending moments, for the beam shown, determine: a) the absolute maximum shear force, b) the distance (s) x where the shear crosses zero, c) the maximum positive moment, d) the maximum negative moment and e) the distance (s) x where the moment crosses zero. Consider: w = 10 lb / ft, M = 10 lb · in., A = 12 in., B = 8 in. To evaluate this question, indicate the distance x where the moment crosses zero, in in.
Graph the diagram of shear forces and bending moments, for the beam shown, determine: a) the absolute maximum shear force, b) the distance (s) x where the shear crosses zero, c) the maximum positive moment, d) the maximum negative moment and e) the distance (s) x where the moment crosses zero. Consider: w = 10 lb / ft, M = 10 lb · in., A = 12 in., B = 8 in. To evaluate this question, indicate the distance x where the moment crosses zero, in in.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Graph the diagram of shear forces and bending moments, for the beam shown, determine: a) the absolute maximum shear force, b) the distance (s) x where the shear crosses zero, c) the maximum positive moment, d) the maximum negative moment and e) the distance (s) x where the moment crosses zero. Consider: w = 10 lb / ft, M = 10 lb · in., A = 12 in., B = 8 in.
To evaluate this question, indicate the distance x where the moment crosses zero, in in.
Transcribed Image Text:w
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