OAL Use the second law in an equilibrium roblem requiring two free-body diagrams. PROBLEM A traffic light weighing 1.00 x 10 N hangs from a vertical cable tied to two other cables that are fastened to a support, as in figure (a). The upper cables make angles of 37.00 and 53.09 with the horizontal. Find the tension in each of the three cables. STRATEGY There are three unknowns, so we to timeis suspended by rabies. 10 Alleg bout need to generate three equations relating them, which can then be solved. One equation can be obtained by applying Newton's second law to the traffic light, which has forces in the tha only. Two more equations can be obtained by applying the second law to the knot jemina the ta equation from the x-component and one equation from they component SOLUTION Fine To from figure (b).using the Adition of equilibrium = 1 00 X no figure ( axis serengles will be the same. 2. 1 19:09 Points] DETAILS EXAMPLE 4.9 The Runaway Car GOAL SApply to myand kinemable equations to a problem involving an object moving on an incline C