J: Two loads are suspended from a cable system. The angle a is 39.8°. The figure is not to scale. 4 m h. 9 m 30 N 55 N 6 m 6 m 6 m Consider the equilibrium of the entire cable system. a) Determine the...


J: Two loads are suspended from a cable system. The angle a is 39.8°.<br>The figure is not to scale.<br>4 m<br>h.<br>9 m<br>30 N<br>55 N<br>6 m<br>6 m<br>6 m<br>Consider the equilibrium of the entire cable system.<br>a)<br>Determine the direction of the support reaction on the cable system at A by selecting the appropriate figure and giving<br>the value of the corresponding angle 0.<br>Option 1<br>Option 2<br>Option 3<br>Option 4<br>RA<br>RA<br>Figure:<br>b)<br>Determine the magnitude of the support reaction RA on the cable system at A.<br>N.<br>

Extracted text: J: Two loads are suspended from a cable system. The angle a is 39.8°. The figure is not to scale. 4 m h. 9 m 30 N 55 N 6 m 6 m 6 m Consider the equilibrium of the entire cable system. a) Determine the direction of the support reaction on the cable system at A by selecting the appropriate figure and giving the value of the corresponding angle 0. Option 1 Option 2 Option 3 Option 4 RA RA Figure: b) Determine the magnitude of the support reaction RA on the cable system at A. N.
c)<br>Determine the magnitude and direction of the a- component and the y- component of the support reaction Rp on<br>the cable system at D.<br>Rp:<br>RD: =<br>N and Rpz is pointing<br>RDy<br>N and Rp, is pointing<br>d)<br>Calculate the sag he at C.<br>he<br>т.<br>Consider the equilibrium at point B.<br>e)<br>Determine the angle B indicated in the diagram.<br>3 =<br>f)<br>Determine the tension T in cable BC.<br>T =<br>N.<br>

Extracted text: c) Determine the magnitude and direction of the a- component and the y- component of the support reaction Rp on the cable system at D. Rp: RD: = N and Rpz is pointing RDy N and Rp, is pointing d) Calculate the sag he at C. he т. Consider the equilibrium at point B. e) Determine the angle B indicated in the diagram. 3 = f) Determine the tension T in cable BC. T = N.

Jun 11, 2022
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