Page 2 of 23. Consider the truss structure below with a pin boundary condition at A and a rollerboundary condition at D. The dimensions are h = 13.3 m and b = 26.7 m. The externalforces are FR = 200 N and F = 314 N. Calculate:a. The reaction forces at A and D [N].b. The forces in each truss member [N]. Indicate whether each is in tension orcompression.ВF.ACFcb b

Data given - FB = 200 N FC = 314 N h = 13.3m b = 26.7 m

3. Consider the truss structure below with a pin boundary condition at A and a roller boundary condition at D. The dimensions are h = 13.3 m and b = 26.7 m. The external forces are FR = 200 N and Fc = 314 N. Calculate: a. The reaction forces at A and D [N]. b. The forces in each truss member [N]. Indicate whether each is in tension or compression. %3D %3D %3D Fa A Fo C

3. Consider the truss structure below with a pin boundary condition at A and a roller boundary condition at D. The dimensions are h = 13.3 m and b = 26.7 m. The external forces are FR = 200 N and Fc = 314 N. Calculate: a. The reaction forces at A and D [N]. b. The forces in each truss member [N]. Indicate whether each is in tension or compression. %3D %3D %3D Fa A Fo C

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Page 2 of 2
3. Consider the truss structure below with a pin boundary condition at A and a roller
boundary condition at D. The dimensions are h = 13.3 m and b = 26.7 m. The external
forces are FR = 200 N and F = 314 N. Calculate:
a. The reaction forces at A and D [N].
b. The forces in each truss member [N]. Indicate whether each is in tension or
compression.
В
F.
A
C
Fc
b b

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