he diagram below shows a rigid body ABC held in equilibrium by a ball-and-socket joint at A and three bles: BD, BE and CD. A 1.80 kN force is applied at F. The mass of ABC can be neglected. a) Draw a large, clear free-body diagram for ABC. b) Determine Cartesian component force equations of equilibrium for ABC. c) Determine a vector moment equation of equilibrium in determinant form for ABC. Take moments about B. d) Determine Cartesian component moment equations of equilibrium for 4ABC.
he diagram below shows a rigid body ABC held in equilibrium by a ball-and-socket joint at A and three bles: BD, BE and CD. A 1.80 kN force is applied at F. The mass of ABC can be neglected. a) Draw a large, clear free-body diagram for ABC. b) Determine Cartesian component force equations of equilibrium for ABC. c) Determine a vector moment equation of equilibrium in determinant form for ABC. Take moments about B. d) Determine Cartesian component moment equations of equilibrium for 4ABC.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The diagram below shows a rigid body ABC held in equilibrium by a ball-and-socket joint at A and three
cables: BD, BE and CD. A 1.80 kN force is applied at F. The mass of ABC can be neglected.
a) Draw a large, clear free-body diagram for ABC.
b) Determine Cartesian component force equations of equilibrium for ABC.
c) Determine a vector moment equation of equilibrium in determinant form for ABC. Take
moments about B.
d) Determine Cartesian component moment equations of equilibrium for ABC.
Transcribed Image Text:2.00 m
D
2.00 m
1.00 m
A
C
E
F
1.00 m
В
1.00 m
1.50 m
1.80 kN
y
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