Converting Distributed Loads to Equivalent Point Loads Question 1 {1 point] Convert the distributed load shown in Figure 1 into an equivalent point load, as shown in Figure 2. Figure 1. Distributed load to be converted P V A B X Figure 2. Equivalent point load to be reported P = A/ KN X = A/ mQuestion 2 (1 point) Convert the distributed load shown in Figure 1 into an equivalent point load, as shown in Figure 2. 4 KN/m A B 900 (1.2 my - 3.3 m * 1.8 mFigure 1. Distributed load to be converted P V A B X Figure 2. Equivalent point load to be reported P = A/ KN X = A/ mQuestion 3 (1 point) The distributed load shown in Figure 1 can be converted to two equivalent point loads as shown in Figure 2. Calculate the magnitudes of the equivalent point loads P1 and P2. 12 kN/m 7 kN/m V V V V A B 6.0 mFigure 1. Distributed load to be converted P1 P2 VV A B 3.0 m * 2.0 m 6.0 m\fEquilibrium Analysis Question 4 (2 points) Draw a FBD and calculate the vertical reactions for the following beam supporting these loads: . W1 = 10kN/m . P1 = 50KN\fAy = 65kN B = 45kN Ay = 55KN B = 55kN O Ay = 5kN B = 105kN Ay = 5KN B = 35kN Ay =-55kN B = 105kN