Y-Bus/Gauss-Seidel/Newton-Raphson Project Consider the following power system: 1 3 to *Line info: all lines X=0.05 p.u *Transformer info: X=0.1 p.u *Generator info: Bus 1: Slack bus, V=1.05 p.u Bus 2: V=1.02, Pg=50 MW *Load info: Bus 4: P=100 MW, Q=80 MVAR *Global Base Power: 100 MVA 1. Calculate the Y-bus Matrix. 2. Write Gauss-Seidel iteration equations to solve the power flow for this specific system. 3. Write a MATLAB script to solve the power flow using Gauss-Seidel for this specific system. 4. Write the Newton-Raphson iteration equation (with all elements such as Jacobian, etc..) for this system. 5. Write a MATLAB script to solve the power flow using Newton-Raphson for this specific system. 6. Solve the power flow using Power World. Compare the software solution with the previous two solutions. Provide your solution in a word document report. Also, provide the m-files for your MATLAB codes and Power World files.

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