Consider the electric network shown in Figure P6.5. The current source applied to the input of...

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Consider the electric network shown in Figure P6.5. The current source applied to the input of the network is (1)= 6 cos(2101) (A). (a) Redraw the circuit in the W-domain. (b) Analyze the network in the W-domain to find the average power dissipated in the 30- resistor. i (t) () 13 iz(t) 30iL (t) C Figure P6.5: is (1)= 6 cos(2101) (A), R = 3022, L=0.5mH, C = 1.25,F m R Exercise 5: Find the Minimum Spanning Tree using Kruskal's algorithm. 8 0/7 h 0/4 0/3 N D 6 8 Exercise 6: Finding this maximal flow of a flow network. You must use the Ford- Fulkerson method for computing a maximal flow in a flow network. 0/5 0/3 7 0/2 2 B 14 0/3 10 0/8 Consider the electric network shown in Figure P6.5. The current source applied to the input of the network is (1)= 6 cos(2101) (A). (a) Redraw the circuit in the W-domain. (b) Analyze the network in the W-domain to find the average power dissipated in the 30- resistor. i (t) () 13 iz(t) 30iL (t) C Figure P6.5: is (1)= 6 cos(2101) (A), R = 3022, L=0.5mH, C = 1.25,F m R Exercise 5: Find the Minimum Spanning Tree using Kruskal's algorithm. 8 0/7 h 0/4 0/3 N D 6 8 Exercise 6: Finding this maximal flow of a flow network. You must use the Ford- Fulkerson method for computing a maximal flow in a flow network. 0/5 0/3 7 0/2 2 B 14 0/3 10 0/8