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4. the influence line shown in Fig. 1-4 represents the shear at point B, if concentrated loads (40 kN and 50 kN) are applied just to the right of B and at D, respectively in addition to applying uniform distributed load (25 kN/m) over the portion BD, the magnitude of shear is equal:

4. the influence line shown in Fig. 1-4 represents the shear at point B, if concentrated loads (40 kN and 50 kN) are applied just to the right of B and at D, respectively in addition to applying uniform distributed load (25 kN/m) over the portion BD, the magnitude of shear is equal:

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4. the influence line shown in Fig. 1-4 represents the shear at point B, if concentrated loads (40 kN and 50 kN) are applied just to the right of B and at D, respectively in addition to applying uniform distributed load (25 kN/m) over the portion BD, the magnitude of shear is equal: A-74.5 KN B-85.75 kN) C-112 kN D-100.75 KN fah 1630
Transcribed Image Text:4. the influence line shown in Fig. 1-4 represents the shear at point B, if concentrated loads (40 kN and 50 kN) are applied just to the right of B and at D, respectively in addition to applying uniform distributed load (25 kN/m) over the portion BD, the magnitude of shear is equal: A-74.5 KN B-85.75 kN) C-112 kN D-100.75 KN fah 1630
A В - 2m 0.8 + 0.2 5m Fig.(1-4) 1/10 1/10 с 3m - I.L.VB 3/10
Transcribed Image Text:A В - 2m 0.8 + 0.2 5m Fig.(1-4) 1/10 1/10 с 3m - I.L.VB 3/10
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