Problem 1-2: Newton-Raphson The 15-m cable is suspended from A and D and carries concentrated loads at B and C. The vert

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Problem 1-2: Newton-Raphson The 15-m cable is suspended from A and D and carries concentrated loads at B and C. The vert

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Problem 1 2 Newton Raphson The 15 M Cable Is Suspended From A And D And Carries Concentrated Loads At B And C The Vert 1
Problem 1 2 Newton Raphson The 15 M Cable Is Suspended From A And D And Carries Concentrated Loads At B And C The Vert 1 (153.36 KiB) Viewed 38 times
Having trouble getting in degrees on Matlab.
Can you guys assist in Matlab?
Thank you,
Problem 1-2: Newton-Raphson The 15-m cable is suspended from A and D and carries concentrated loads at B and C. The vertical equilibrium equations of joints B and C are T(−tanθ2​+tanθ1​)=16T(tanθ3​+tanθ2​)=20​ where T is the horizontal component of the cable force (it is the same in all segments of the cable). In addition, there are two geometric constraints imposed by the positions of the supports: −4sinθ1​−6sinθ2​+5sinθ2​=−34cosθ1​+6cosθ2​+5cosθ3​=12​ Determine the angles θ1​,θ2​, and θ3​.
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