7: Determine the force in members FI, GI, & GJ using method of sections. State whether each member is in tension or compression. 6 ft6 ft6 ft400 lb400 lb400 lb400 lb400 lbF200 lb200 lbDIG9 ftBKALCEH3 ft9 ftft→9 ft-9ft-6 ft6 ft6 ft

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Answered: 6 ft 6 ft 6 ft 400 lb 400 lb 400 lb 400…

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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Please find the Torque 1 Fn1 is 147.15 R1 is 0.25 Fn2 is 49.05 R2 is 0.75
please answer quickly A=1Kg B=10 cm
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An elastic string is fixed at one end and is wound on a drum of diameter 0.2m so that the tension in the string increases as the angle through which the drum turns increases. The torque Ton the drum then varies according to the law: T = Sr20 where S = stiffness of elastic string (S=120KN/m) r = radius of drum As the drum starts at 0 = 0, the work done can be calculated using calculus, for any given value of 0, as shown: ST de Determine the work done by the drum if it rotates through an angle of 0 = 2/3,
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Pregnancy shift of com. Figure gives a simplified view Forefoot x=0 f(mg/2) com Heel -x h(mg/2) of the weight supported on each foot of someone with weight mg standing upright with half the weight supported by each foot. An x axis lies along the foot, with x = 0 at the forefoot and x = 25 cm at the heel. On each forefoot the downward force is f(mg/2), where f is the fraction of the weight on a foot that is supported by the forefoot. Similarly, on each heel the down- ward force is h(mg/2). The foot (and the person) is in equilib- rium around the center of mass. During pregnancy, the center of mass shifts toward the heels by 41 mm. What percent of the weight shifts toward the heels? (The center of mass shifts back to its initial position after pregnancy.)
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In mechanical soil
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6 ft 6 ft 6 ft 400 lb 400 lb 400 lb 400 lb 400 lb F 200 lb 200 lb D I G 9 ft B K A L C E H 3 ft 9 ft ft→ 9 ft -9ft- 6 ft 6 ft 6 ft