1. Calculate the anchoring forces at A and B for the arrangement shown in the figure. 45° 300 1 ton = 1000 kg 2. A load of 10,000 N is suspended on a frictionless pulley shown in the figure. What will be the tension force in the rope if the pulley finds its neutral position between A and B? The distance between A and B is 100 m, the rope length is 120 m, and the elevation of point A is 20 m higher than that of point B. Neglect the weight of the rope, what will be the elevation of the pulley relative to point B? 9 Moving Pully B 10.000 N