The tension in cable AB is 1,500 kN for the static equilibrium condition shown. (a) Determine the tension force in cable EF. G (-1.2,0, 1.4) m E (0,2, 1) m (0,3.4, 1) m (0,1, 1.2) m В (1.2 ,0, 1.4) m (-1,2.2, 0) m D y (1,2.2,0) m
The tension in cable AB is 1,500 kN for the static equilibrium condition shown. (a) Determine the tension force in cable EF. G (-1.2,0, 1.4) m E (0,2, 1) m (0,3.4, 1) m (0,1, 1.2) m В (1.2 ,0, 1.4) m (-1,2.2, 0) m D y (1,2.2,0) m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The tension in cable AB is 1,500 kN for the static equilibrium condition shown.
(a) Determine the tension force in cable EF.
G
(-1.2 ,0, 1.4) m
E
(0,2, 1) m
(0,3.4, 1) m
F
(0,1, 1.2) m
B
А
(1.2,0, 1.4) m
(-1,2.2, 0) m
D
y
(1,2.2, 0) m
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