5 decimal palces, answer E onwards
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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5 decimal palces, answer E onwards
![Properties of cable CF:
A 50 sq. mm.
E = 90 GPa
L1
Determine the following:
A. Tension of cable BE =
B. Tension of CE =
C. Stress of cable BE =
D. Stress of cable CF =
E. Change in length of BE =
F. Change in length of CF =
G. Vertical deflection of point B =
H Vertical deflection of point C =
A bar ABC which partially carries a uniform load of W = 15 kN/m is being supported by two cables BE and CF. The
segments of the bar have lengths: L1 = 1 m, L2 = 2 m, and L3= 1 m. Take note the vertical cable has a length of H = 2 m
Properties of cable BE:
A = 20 sq.mm.
E = 100 GPa
N
N
MPa
MPa
mm
L2
mm
mm
L3
mm
с](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb4edbe37-bf21-48ec-9a60-4de6acc10d5a%2Fc8597b28-9b01-46f9-a7ff-3583ef23bf98%2Fnx9ismo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Properties of cable CF:
A 50 sq. mm.
E = 90 GPa
L1
Determine the following:
A. Tension of cable BE =
B. Tension of CE =
C. Stress of cable BE =
D. Stress of cable CF =
E. Change in length of BE =
F. Change in length of CF =
G. Vertical deflection of point B =
H Vertical deflection of point C =
A bar ABC which partially carries a uniform load of W = 15 kN/m is being supported by two cables BE and CF. The
segments of the bar have lengths: L1 = 1 m, L2 = 2 m, and L3= 1 m. Take note the vertical cable has a length of H = 2 m
Properties of cable BE:
A = 20 sq.mm.
E = 100 GPa
N
N
MPa
MPa
mm
L2
mm
mm
L3
mm
с
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