A PBPcW1BW2HABCL1L2A rectangular cross-section beam is subjected to a distributed load as shown in figure above. Assume that elasticity modulus of the material is190 GPa, H=269 mm, B=213 mm, L1=2,3 m, L2=3,2 m, Pg=21 kN, Pc=47 kN, w =55 kN/m and w2=22 kN/m;Determine the reaction moment (kN.m) at A. Use - sign if it has clockwise direction.Determine the deflection (mm) of the beam at B. Use - sign if it has downward direction.Determine the slope (degree) at C. Use - sign if it has clockwise direction.

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W1 W2 H X A B L1 L2 rectangular cross-section beam is subjected to a distributed load as shown in figure above. Assume that elasticity modulus of the material is 90 GPa, H=269 mm, B=213 mm, L1=2,3 m, L2=3,2 m, Pg=21 kN, Pc=47 kN, w1=55 kN/m and w2=22 kN/m; etermine the reaction moment (kN.m) at A. Use - sign if it has clockwise direction. termine the deflection (mm) of the beam at B. Use - sign if it has downward direction. etermine the slope (degree) at C. Use – sign if it has clockwise direction.

W1 W2 H X A B L1 L2 rectangular cross-section beam is subjected to a distributed load as shown in figure above. Assume that elasticity modulus of the material is 90 GPa, H=269 mm, B=213 mm, L1=2,3 m, L2=3,2 m, Pg=21 kN, Pc=47 kN, w1=55 kN/m and w2=22 kN/m; etermine the reaction moment (kN.m) at A. Use - sign if it has clockwise direction. termine the deflection (mm) of the beam at B. Use - sign if it has downward direction. etermine the slope (degree) at C. Use – sign if it has clockwise direction.

Steel Design (Activate Learning with these NEW titles from Engineering!)

6th Edition

ISBN:9781337094740

Author:Segui, William T.

Publisher:Segui, William T.

Chapter1: Introduction

Section: Chapter Questions

Problem 1.5.6P: The data in Table 1.5.3 were obtained from a tensile test of a metal specimen with a rectangular...

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