Given the load diagram below, Determine the maximum positive moment in kN-m. Find the minimum height of the rectangular beam in mm, rounded up divisible to 50 mm, if the horizontal shear stress is not to exceed 50 mPa, given that the base of a rectangular section is 50mm. A 50 B 100 (C) 47 A 16.3 kN/m 23.4 KN 17.9 KN B C. 8.4 kN/m 3.6m 1.2m 4.8m 4.8m

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Given the load diagram below, Determine the maximum positive moment in kN-m. Find the minimum height of the rectangular
beam in mm, rounded up divisible to 50 mm, if the horizontal shear stress is not to exceed 50 mPa, given that the base of a
rectangular section is 50mm.
A 50
B 100
(C) 47
A
16.3 kN/m
23.4 KN
17.9 KN
B
C.
8.4 kN/m
3.6m 1.2m
4.8m
4.8m
Transcribed Image Text:Given the load diagram below, Determine the maximum positive moment in kN-m. Find the minimum height of the rectangular beam in mm, rounded up divisible to 50 mm, if the horizontal shear stress is not to exceed 50 mPa, given that the base of a rectangular section is 50mm. A 50 B 100 (C) 47 A 16.3 kN/m 23.4 KN 17.9 KN B C. 8.4 kN/m 3.6m 1.2m 4.8m 4.8m
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