A metallic L shape pipe is subjected to two forces as shown in the figure below. The force in cable AB is 3 KN. Given Fac--234-1872k (0)1.71FABThe force FAB (KN) as a vector is represented as -0.7051+0.705j-2.826kThe projection of FAC along AB in KN is 2.31The angle between AB and AC is0.851+0.85)-2.033k-nB(4,5,0)555tFAC1.86 1.6339.54 49.67 45.38 26.82-0.471 ++047j - 1.884k-0.851+0.85j-2.033k

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A metallic L shape pipe is subjected to two forces as shown in the figure below. The force in cable AB is 3 KN. Given Fac--236-18728 FAB 56 B(4,5,0) 55 FAC The force FAB (KN) as a vector is represented as -0.7051+ 0.705)-2.826k The projection of FAC along AB in KN is 2.31 The angle between AB and AC is 0.851+0.85)-2.033k -0.471 047) - 1.884k + -0.851+0.85)-2.033k

A metallic L shape pipe is subjected to two forces as shown in the figure below. The force in cable AB is 3 KN. Given Fac--236-18728 FAB 56 B(4,5,0) 55 FAC The force FAB (KN) as a vector is represented as -0.7051+ 0.705)-2.826k The projection of FAC along AB in KN is 2.31 The angle between AB and AC is 0.851+0.85)-2.033k -0.471 047) - 1.884k + -0.851+0.85)-2.033k

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

A metallic L shape pipe is subjected to two forces as shown in the figure below. The force in cable AB is 3 KN. Given Fac--234-1872k (0)
1.71
FAB
The force FAB (KN) as a vector is represented as -0.7051+0.705j-2.826k
The projection of FAC along AB in KN is 2.31
The angle between AB and AC is
0.851+0.85)-2.033k
-
n
B(4,5,0)
55
5t
FAC
1.86 1.63
39.54 49.67 45.38 26.82
-0.471 +
+047j - 1.884k
-0.851+0.85j-2.033k

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