If you copy an answer from a problem similar to this I will thumbs down your answer.

You are in charge of calculating a single-phase-to-ground fault at Bus 2, as indicated in the system shown in Figure 3. Your first task is to draw the sequence networks and connect them considering the type of fault you are going to analyze. Draw the sequence networks and connect them showing the impedances of each of the system's elements. Draw the impedance as rectangles (as done in class, Cases 3 and 4) without giving any numerical values. Use a separate sheet of paper to present your drawing. Do not include the phase shifters for the delta-wye transformers. (Your drawing does not have to be beautiful, but it has to be clear.) 50 tot T1: 13.8/230 kV Bus 1 230kV Bus 2 230kV Bus 3 230kV L1 L2 DA G2 G3 11-7 w L3 T2, 13.8-230 kV T3 13.8-230 kV L4 Bus 4 230kV T4: 230-34.5 kV Bus 5 115kV Figure 3 You are in charge of calculating a single-phase-to-ground fault at Bus 2, as indicated in the system shown in Figure 3. Your first task is to draw the sequence networks and connect them considering the type of fault you are going to analyze. Draw the sequence networks and connect them showing the impedances of each of the system's elements. Draw the impedance as rectangles (as done in class, Cases 3 and 4) without giving any numerical values. Use a separate sheet of paper to present your drawing. Do not include the phase shifters for the delta-wye transformers. (Your drawing does not have to be beautiful, but it has to be clear.) 50 tot T1: 13.8/230 kV Bus 1 230kV Bus 2 230kV Bus 3 230kV L1 L2 DA G2 G3 11-7 w L3 T2, 13.8-230 kV T3 13.8-230 kV L4 Bus 4 230kV T4: 230-34.5 kV Bus 5 115kV Figure 3