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Problem 4 (25 points total): Determine the reaction at the pin A and the force F. The body is in equilibrium. The tension in the cable is 60 kN. Neglect the thickness and weight of the beam. Complete Parts A and B to receive credit. 50 kN 13 12 5 F 5 3 4 C A B 3 m 6 m Part A (5 points): Draw the free body diagram and all known values for the system shown above. Part B (20): Determine the horizontal and vertical components at pin A and the force in F at point B. Write all the necessary equations to solve the problem. 

          Problem 4 (25 points total): Determine the reaction at the pin A and the force F. The body is in equilibrium. The tension in the cable is 60 kN. Neglect the thickness and weight of the beam. Complete Parts A and B to receive credit.

50 kN
13 12 5
F
5 3 4
C
A B
3 m 6 m

Part A (5 points): Draw the free body diagram and all known values for the system shown above.

Part B (20): Determine the horizontal and vertical components at pin A and the force in F at point B. Write all the necessary equations to solve the problem.
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Problem 4 (25 points total): Determine the reaction at the pin A and the force F. The body is in equilibrium. The tension in the cable is 60 kN. Neglect the thickness and weight of the beam. Complete Parts A and B to receive credit. 50 kN 13 12 5 F 5 3 4 C A B 3 m 6 m Part A (5 points): Draw the free body diagram and all known values for the system shown above. Part B (20): Determine the horizontal and vertical components at pin A and the force in F at point B. Write all the necessary equations to solve the problem.

Added by Magdalena M.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Problem 4 (25 points total): Determine the reaction at the pin A and the force F. The body is in equilibrium. The tension in the cable is 60 kN. Neglect the thickness and weight of the beam. Complete Parts A and B to receive credit. Part A (5 points): Draw the free body diagram and all known values for the system shown above. Part B (20): Determine the horizontal and vertical components at pin A and the force in F at point B. Write all the necessary equations to solve the problem.
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Transcript

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00:01 Hello, in this question, first of all the first part, free body diagram.
00:07 So this is a y, which is an upward direction, this is a x, right? and there is this, so this force is 50...
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