2. 1. SIT. A: The frame shown in the figure supports a weight W. Neglect the weight of members and friction. lb. a. b. C. d. a. 8 in. b. 4 in. 4 in. LA Determine the tension in cable FG, in lbs, if W = 250 585 612 417 563 6 in.- Determine the pin reaction at B, in lbs. 563 568 C. 520 d. 587 9 in. a. 356 b. 330 -18 in. c. 384 d. 340 3. Determine the maximum weight, in lbs, that can be supported if the breaking strength of the cable FG that supports the frame is 800 lb.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Solve all three parts neatly and cleanly

2.
1.
SIT. A: The frame shown in the figure supports a weight
W. Neglect the weight of members and friction.
lb.
a.
b.
C.
d.
a.
8 in.
b.
4 in.
4 in.
LA
Determine the tension in cable FG, in lbs, if W = 250
585
612
417
563
6 in.-
Determine the pin reaction at B, in lbs.
563
568
C.
520
d. 587
9 in.
a.
356
b. 330
-18 in.
c. 384
d. 340
3. Determine the maximum weight, in lbs, that can be
supported if the breaking strength of the cable FG that
supports the frame is 800 lb.
Transcribed Image Text:2. 1. SIT. A: The frame shown in the figure supports a weight W. Neglect the weight of members and friction. lb. a. b. C. d. a. 8 in. b. 4 in. 4 in. LA Determine the tension in cable FG, in lbs, if W = 250 585 612 417 563 6 in.- Determine the pin reaction at B, in lbs. 563 568 C. 520 d. 587 9 in. a. 356 b. 330 -18 in. c. 384 d. 340 3. Determine the maximum weight, in lbs, that can be supported if the breaking strength of the cable FG that supports the frame is 800 lb.
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