The beam is fixed at A and pin connected to a rod at B. The cross-section...

 

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The beam is fixed at A and pin connected to a rod at B. The cross-section area of the rod BC is 0.2in. Young's modulus is E=50*(103) ksi for both the rod and the beam. The moment of inertia I=-400in for the beam AB. a) Use special function to express the load between two ends. b) Integrate to get expressions for V, M, 0, y. c) List boundary conditions. d) Solve the equations about the constants Ci. e) Determine the reaction force and moment at A, reaction force at B. f) Using the results in d), find maximum M. g) Using the results in d), find maximum deflection. 8 ft 8 kip A ++ 6ft 4ft beam an B UB The beam is fixed at A and pin connected to a rod at B. The cross-section area of the rod BC is 0.2in. Young's modulus is E=50*(103) ksi for both the rod and the beam. The moment of inertia I=-400in for the beam AB. a) Use special function to express the load between two ends. b) Integrate to get expressions for V, M, 0, y. c) List boundary conditions. d) Solve the equations about the constants Ci. e) Determine the reaction force and moment at A, reaction force at B. f) Using the results in d), find maximum M. g) Using the results in d), find maximum deflection. 8 ft 8 kip A ++ 6ft 4ft beam an B UB