Magnitude of Cable Tensions and Compressive Force

[nobodyuknow]

Homework Statement

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There's a diagram with a rough free body diagram implemented.

Homework Equations

This is what I'm really unsure about.

The Attempt at a Solution

Finding Compression at BC: mg*sin(60) = 8495N
Tension AC = mg*cos(25) = 8890N

Not sure if that's right, but, it's all I can come up with!

Please help!

 

[voko]

At point C, what is the direction of:

1. The reaction force of the beam?
2. The reaction force of the upper part of the cable?
3. The force applied by the lower part of the cable?

 

[nobodyuknow]

How do I find them?

 

[voko]

Each of those has only two possibilities. Consider both, choose one that makes physical sense.

 

[Nickie]

I would say that your attempt at a solution is a good start. It is important to carefully consider the forces acting on the system and apply the appropriate equations to find the magnitudes of the tensions and compressive force. However, it is also important to keep in mind that this is a simplified free body diagram and there may be other factors at play that could affect the actual magnitudes of the forces. It would be beneficial to double check your calculations and also consider any other external forces or factors that may be influencing the system. It is also important to clearly define and label the variables and equations being used to avoid confusion. Overall, your approach is a good start, but it would be beneficial to further analyze the system and consider any potential limitations or uncertainties in the results.