95 N 1. Find the resultant of the forces acting on the eyebolt. 2. Determine the magnitude of Q and O. R is the resultant of P and Q attached to the support. 3. Determine the resultant R of the three given tension forces. Find the magnitude of R and the angle e, which R makes with the positive x-axis. F is 400N at 55 with the Y-axis. 4. The crane in the figure is supporting a load (W) equal to 10kN. For the crane to be balanced summation of moment (of T and W) about pt. B must be zero. Find the value of T based on the given condition. 5. The hook in the figure is acted upon by three forces. Find P and if the resultant force is zero. 360 N L 50 20 220 N P= 3 kN K 55 R=2 kN Q 250 N OIL 25 300 N 20 m 16 m W 36 m