In the figure below, the trusses are all stable. Compute the magnitude of reaction at E in kips. link truss 1 truss 2 15' 40 20' 15' B link D 20' 24 kips 60 kips A k 20'k- 20'e 20'→k– 20' →e 20' A)...

In the figure below, the trusses are all stable. Compute the magnitude of reaction at E in kips.<br>link<br>truss 1<br>truss 2<br>15'<br>40<br>20'<br>15'<br>B<br>link<br>D<br>20'<br>24 kips<br>60 kips<br>A<br>k 20'k- 20'e 20'→k– 20' →e 20'<br>A) 44.72<br>B) 27.74<br>c) 50.00<br>D) 47.27<br>E) 24.42<br>40.00<br>G) 25.00<br>(H) 20.00<br>

Extracted text: In the figure below, the trusses are all stable. Compute the magnitude of reaction at E in kips. link truss 1 truss 2 15' 40 20' 15' B link D 20' 24 kips 60 kips A k 20'k- 20'e 20'→k– 20' →e 20' A) 44.72 B) 27.74 c) 50.00 D) 47.27 E) 24.42 40.00 G) 25.00 (H) 20.00

Jun 11, 2022

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In the figure below, the trusses are all stable. Compute the magnitude of reaction at E in kips. link truss 1 truss 2 15' 40 20' 15' B link D 20' 24 kips 60 kips A k 20'k- 20'e 20'→k– 20' →e 20' A)...

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