Two steel cables are fixed at points A and B and have a force acting at the union point C. To determine the dimensions of the cables to be used, it is necessary to determine the efforts with which such cables are being requested. With this, what is the value of the tensile effort in cables AC and BC?
Two steel cables are fixed at points A and B and have a force acting at the union point C. To determine the dimensions of the cables to be used, it is necessary to determine the efforts with which such cables are being requested. With this, what is the value of the tensile effort in cables AC and BC?
Source: Beer, Johnston and Eisenberg (2009 p. 43). BEER, F.P.; JOHNSTON, R.E.; EISENBERG, E. R. Vector
Question 3 options:
a)
The value of effort in the AC cable is 208.34 N; and on cable BC, 137.98 N.
B)
The value of effort in the AC cable is 420.87 N; and on cable BC, 312.98 N.
c)
The value of effort in the AC cable is 326.40 N; and on Cape BC, 439.66 N.
d)
The value of effort in the AC cable is 439.66 N; and on cable BC, 326.40 N.
e)
The value of effort in the AC cable is 348.56 N; and on cable BC, 326.40 N.
A frame is given, we need to find out the force in member AC and BC
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