An artist has designed a bell using a long piece of pipe as the vibrating sound source. The pipe has a mass m = 40 kg and is supported by two rings (B and C) and five wires (AB, BC, BD, CE, and CG), as shown in the figure below. Note that wires BD and CG are horizontal, wire AB is vertical, and wires BC and CE are inclined by angles = 15° and = 35° respectively from the horizontal. Determine the force in each of the wires. 444 to D Ө B A C 얕
An artist has designed a bell using a long piece of pipe as the vibrating sound source. The pipe has a mass m = 40 kg and is supported by two rings (B and C) and five wires (AB, BC, BD, CE, and CG), as shown in the figure below. Note that wires BD and CG are horizontal, wire AB is vertical, and wires BC and CE are inclined by angles = 15° and = 35° respectively from the horizontal. Determine the force in each of the wires. 444 to D Ө B A C 얕
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:FAB= 392.4
FBC =
FBD= 392.4
FCE=
FCG=
277.5
68.1
227.5
N
N
N
N
? ✓ 100%
? × 0%
X0%
? x 0%
? X0%

Transcribed Image Text:An artist has designed a bell using a long piece of pipe as the vibrating sound source. The pipe has a mass
40 kg and is supported by two rings (B and C) and five wires (AB, BC, BD, CE, and CG), as shown in the
figure below. Note that wires BD and CG are horizontal, wire AB is vertical, and wires BC and CE are inclined by
angles 0 = 15° and = 35° respectively from the horizontal. Determine the force in each of the wires.
to
Ө
B
A
с
of
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