Block Diagram and Signal Flow Graphs » Exercise - 13. A signal flow graph is shown in the given figure. The number of forward paths M and the number of individual loops P for this signal flow graph would be : & (a) M = 4 and P = 3 (b) M = 6 and P = 3 (c) M = 4 and P = 6 (d) M = 6 and P = 6
Block Diagram and Signal Flow Graphs » Exercise - 19. Three blocks with gains of 5, 8 and 4 are connected in cascade The total gain of the arrangement is : (a) 17 (b) 160 (c) 44 (d) 37
Block Diagram and Signal Flow Graphs » Exercise - 1 1. In the following block diagram, G1 = 10/s, G2 = 10/(s + 1) , H1 = S + 3 and H2 = 1. The overall transfer function C/R is given by : (a) 10/11s2+31s+10 (b) 100/11s2+31s+100 (c) 100/11s2+31s + 10 (d) 100/11s2+31s
Block Diagram and Signal Flow Graphs » Exercise - 17. Three blocks with gains of 4,6 and 8 are connected in parallel The total gain of the arrangement is : (a) 18 (b) 196 (c) 32 (d) 52
Block Diagram and Signal Flow Graphs » Exercise - 16. A node which has only outgoing branches is called a : (a) input node (b) output node (c) mixed node (d) general node