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The simply supported wooden beam shown in Fig. Q4 has a circular cross section with diameter 60 mm and supports a concentrated load of 400 N. Calculate the deflection at points B and D using Double Integration Method. The modulus of elasticity for the beam is given as E = 50 GPa. A 1 m B 1m C 420 N 3 m D 2m OE E

The simply supported wooden beam shown in Fig. Q4 has a circular cross section with diameter 60 mm and supports a concentrated load of 400 N. Calculate the deflection at points B and D using Double Integration Method. The modulus of elasticity for the beam is given as E = 50 GPa. A 1 m B 1m C 420 N 3 m D 2m OE E

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
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The simply supported wooden beam shown in Fig. Q4 has a circular cross section with diameter 60 mm and supports a concentrated load of 400 N. Calculate the deflection at points B and D using Double Integration Method. The modulus of elasticity for the beam is given as E = 50 GPa. A 1 m B 1 m C 420 N Fig. Q4 3 m + D 2 m
Transcribed Image Text:The simply supported wooden beam shown in Fig. Q4 has a circular cross section with diameter 60 mm and supports a concentrated load of 400 N. Calculate the deflection at points B and D using Double Integration Method. The modulus of elasticity for the beam is given as E = 50 GPa. A 1 m B 1 m C 420 N Fig. Q4 3 m + D 2 m
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