Write MATLAB m-file which generates VQ curves for the system in Fig. 1 with parameters E = 1.05. X = 0.75. unity power factor for the following cases of P(P_max P/P_max = 0.9; P/P_max = 0.7; P/P_max = 0.6. where P_max is the maximum power transfer at unity power factor (recall: P_max = E^2/2 X). Find operating point at each case ('stable' intersection with line Q_c = 0). For each case determine the amount of shunt compensation needed to obtain voltage of V = 1 pu (use Data Cursor button). Fill your results in the Table 3. Write MATLAB m-file which generates VQ curves for the system in Fig. 1 with parameters E = 1.05. X = 0.75. unity power factor for the following cases of P(P_max P/P_max = 0.9; P/P_max = 0.7; P/P_max = 0.6. where P_max is the maximum power transfer at unity power factor (recall: P_max = E^2/2 X). Find operating point at each case ('stable' intersection with line Q_c = 0). For each case determine the amount of shunt compensation needed to obtain voltage of V = 1 pu (use Data Cursor button). Fill your results in the Table 3