1. The problem statement, all variables and given/known data LOOK AT ATTACHED IMAGE FOR DIAGRAM OF QUESTION Assuming the pulley at D to be frictionless, determine the force values in cable members AC and BC due to the 300 N weight force for the system depicted in Fig. 3. 2. Relevant equations F=ma (or F=mg) Sin cos and tan functions Not sure what else would be relevant here. 3. The attempt at a solution I made the tension of the wire with the weight attached to be 300N (the force of the weight). From this i found: Total horizontal force at C = 289.778N Total vertical force at C = 77.646N At first I thought that if i halved the horizontal force (289.778/2 = 144.889) then I could use that to find each section separately, but I have a gut feeling that it won't work that way.... Help??