B7 The 6 ft x 12 ft plate has a weight W - 147 lb and is suspended in horizontal by the three cables as shown,determine the z-component of the tension in cable AC in terms of the unknown magnitude, TAC.i.e, coefficient az in the force vectorTAC=TAC(a1i+az3 + azk). (sign sensitive)14 ftfit3 fl3 A Determine the y-component of the tension in cable AB in terms of the unknown magnitude, TAB,i.e., coefficient a2 in the force vectorTAB=TAB(a1 i + a25+az k).(sign sensitive)14 ftW3 ft3 fl3 f

Answered: Image /qna-images/answer/1af8a33a-dd05-4c0d-b145-ba27da8426a2.jpg

Answered: Betermine the y-component of the…

Betermine the y-component of the tension in cable AB in terms of the unknown magnitude, TAB, i.e., coefficient a2 in the force vector TAB =TAB(@1 i + a2í + az k). (sign sensitive) %3D 14 ft W

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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Question

The 6 ft x 12 ft plate has a weight W - 147 lb and is suspended in horizontal by the three cables as shown,
determine the z-component of the tension in cable AC in terms of the unknown magnitude, TAC.
i.e, coefficient az in the force vector
TAC=TAC(a1i+az3 + azk). (sign sensitive)
14 ft
fit
3 fl3 A

Determine the y-component of the tension in cable AB in terms of the unknown magnitude, TAB,
i.e., coefficient a2 in the force vector
TAB=TAB(a1 i + a25+az k).(sign sensitive)
14 ft
W
3 ft
3 fl3 f

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