Question

A simply supported beam is subjected to a distributed load of $w_1$=530 N/m and a point load $p_1$ = 880 N. Calculate the internal loadings on the cross section at C. The internal normal load at C is N = 0 N. The internal shear load at C is V = -199 N. The internal bending moment at C is M = N-m.

          A simply supported beam is subjected to a distributed load of $w_1$=530 N/m and a point load $p_1$ = 880 N.
Calculate the internal loadings on the cross section at C.
The internal normal load at C is N = 0 N.
The internal shear load at C is V = -199 N.
The internal bending moment at C is M =  N-m.

A simply supported beam is subjected to a distributed load of w1=530 N/m and a point load p1 = 880 N.
Calculate the internal loadings on the cross section at C.
The internal normal load at C is N = 0 N.
The internal shear load at C is V = -199 N.
The internal bending moment at C is M = N-m.

Added by Sarah C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Abid Hussain

06/10/2022

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Step 1: The internal normal load at C is given as N = 0. Show more…

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Calculate the internal loadings on the cross section at C. OC 4.5 The internal normal load at C is N =o The internal shear load at C is V = -199 N. The internal bending moment at C is M = N-m.