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A truss system of ABCDEFGH with overall span /= 16 m (4 equal joint spans of 16 /4 m) and height h - 5 m is subjected to forces P1 = 60 kN and P2 = 20 kN as shown. The system has pinned support at end A and roller support at end E respectively. Taking tension as positive and compression as negative, answer the following. H G F C A The member force DG = kN (If force is compression, write the magnitude with negative sign (ex: -40)) The member force BG - kN (If force is compression, write the magnitude with negative sign (ex: -40)) The magnitude of vertical support reaction at A = kN (write only the magnitude of force) The magnitude of horizontal support reaction at A = kN (write only the magnitude of force) The magnitude of vertical support reaction at E= kN (write only the magnitude of force)

A truss system of ABCDEFGH with overall span /= 16 m (4 equal joint spans of 16 /4 m) and height h - 5 m is subjected to forces P1 = 60 kN and P2 = 20 kN as shown. The system has pinned support at end A and roller support at end E respectively. Taking tension as positive and compression as negative, answer the following. H G F C A The member force DG = kN (If force is compression, write the magnitude with negative sign (ex: -40)) The member force BG - kN (If force is compression, write the magnitude with negative sign (ex: -40)) The magnitude of vertical support reaction at A = kN (write only the magnitude of force) The magnitude of horizontal support reaction at A = kN (write only the magnitude of force) The magnitude of vertical support reaction at E= kN (write only the magnitude of force)

Elements Of Electromagnetics
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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truss system of ABCDEFGH with overall span / 16 m (4 equal joint spans of 16/4 m) and height h = 5 m is subjected to forces P₁ = 60 kN and P2 = 20 kN as shown. The system has pinned support at end A and roller support at end E respectively. Taking tension as positive and compression as

 

negative, answer the following.

A truss system of ABCDEFGH with overall span / = 16 m (4 equal joint spans of 16 /4 m) and height h = 5 m is subjected to forces P; = 60 kN and P2 = 20 kN as shown. The system has pinned support at end A and roller support at end E respectively. Taking tension as positive and compression as negative, answer the following. H G F h E The member force DG - kN (If force is compression, write the magnitude with negative sign (ex: -40)) The member force BG = kN (If force is compression, write the magnitude with negative sign (ex: -40)) The magnitude of vertical support reaction at A = kN (write only the magnitude of force) The magnitude of horizontal support reaction at A = kN (write only the magnitude of force) The magnitude of vertical support reaction at E = kN (write only the magnitude of force)
Transcribed Image Text:A truss system of ABCDEFGH with overall span / = 16 m (4 equal joint spans of 16 /4 m) and height h = 5 m is subjected to forces P; = 60 kN and P2 = 20 kN as shown. The system has pinned support at end A and roller support at end E respectively. Taking tension as positive and compression as negative, answer the following. H G F h E The member force DG - kN (If force is compression, write the magnitude with negative sign (ex: -40)) The member force BG = kN (If force is compression, write the magnitude with negative sign (ex: -40)) The magnitude of vertical support reaction at A = kN (write only the magnitude of force) The magnitude of horizontal support reaction at A = kN (write only the magnitude of force) The magnitude of vertical support reaction at E = kN (write only the magnitude of force)
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