Consider a three-bus system with the line data shown in Table Q.1(b). Table Q.1(b) Bus 1...

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Consider a three-bus system with the line data shown in Table Q.1(b). Table Q.1(b) Bus 1 2 3 V (p.u.) 1.0 0.9913 8° 0 Pa Qo (p.u.) (p.u) Bus admittance matrix for the system is given below: [24.232-75.95° 12.132104.04 12.132104.04 24.234-75.95 12.132104.04 12.132104.04 PL Q (p.u.) (p.u) 2.0 0.7 12 12.132104.04 12.134104.04 24.232-75.95 (a) Determine the bus voltages at the end of the first iteration using Gauss Seidel Method with a flat start voltage 1.020 pu. [ 15 Marks] (b) If the voltage iteration converges at V₂-0.93 2-3.59° pu, calculate the current and power flow from bus I to bus 2. [6 Marks] Consider a three-bus system with the line data shown in Table Q.1(b). Table Q.1(b) Bus 1 2 3 V (p.u.) 1.0 0.9913 8° 0 Pa Qo (p.u.) (p.u) Bus admittance matrix for the system is given below: [24.232-75.95° 12.132104.04 12.132104.04 24.234-75.95 12.132104.04 12.132104.04 PL Q (p.u.) (p.u) 2.0 0.7 12 12.132104.04 12.134104.04 24.232-75.95 (a) Determine the bus voltages at the end of the first iteration using Gauss Seidel Method with a flat start voltage 1.020 pu. [ 15 Marks] (b) If the voltage iteration converges at V₂-0.93 2-3.59° pu, calculate the current and power flow from bus I to bus 2. [6 Marks]