question is broken down into sub-steps which you need to answer correctly describing the exact method you need to follow. B C
a) Calculate the moment M at x = 3.5 m in kN.m from point A [2 marks] Calculate the moment M at x = 1.5 m in kN.m from point C [2 marks] The slope 8c at C in degrees [3 marks] The deflection Ac at C in mm [3 marks] C d)
Analyze the loaded beam using Castigliano's theorem. The beam is loaded with P = 38 kN, it has length of L = 9m and El = 5.1x107 N.m² Hint: Only substitute the above values after completing all calculations. You have to write down the correct direction of forces by either a (-) for the negative direction or (+) for the positive direction. Answer the with correct magnitudes with respect to the SI units being asked. You have to use the standard convention. The full Analyze the loaded beam using Castigliano's theorem. The beam is loaded with P = 38 kN, it has length of L = 9m and El =
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