for fw include i, j or k in answer The problem involves a 360-kg object that is supported on a wire attached to a 15-meter-long steel bar. This bar is pivoted at a vertical wall and supported by a cable. The mass of the bar is 97 kg. The cable attaches to the bar 5.0 meters from the lower end.In the diagram:- The steel bar is illustrated as a horizontal beam pivoted at a wall on the left.- A 360 kg mass is suspended from the beam.- A cable supports the beam, attached at an angle of 60° relative to the beam, creating a diagonal orientation.- The length of the beam is divided into sections: the cable is attached 10 meters above the pivot, and 5 meters from the lower end of the beam.Questions:1. What is the tension \( T \) in the cable? - Student Input: \( T = 10411.49 \, \text{N} \) (Incorrect)2. What is the force \( F_w \) exerted by the wall on the steel bar? - Student Input: \( F_w = 9045.44 \, \text{N} \) (Incorrect)This problem explores concepts such as equilibrium, tension, and forces in physics, often covered in mechanics courses.

It is given that, the weight of the rod or force at point D is, Wb=97kg×g=97×10…

Answered: A 360-kg object is supported on a wire…

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