SHOW HOW TO SOLVE IN MATLAB SIMULINK

A 345-kV. 60-Hz, three-phase transmission line is 130 km long. The Fig. 1 shows a circuit model of the transmission line, which includes four RLC-model stages. The resistance per phase is 0 inductance per phase 0.8 mHkm. The shunt capacitance is 0.0112 km. The receiving end load is 270 MVA with 0.8 power factor lagging at 325 kV Consider the first stage equations are .036 km and the dh 12-V +V5 - ch or The first four equations, where v is the input and v2 is the output, describes the first RLC a-model stage. The next two equations, where v2 is the input and v3 is the output, describe the second stage. Note that for each stage, for example, the kth stage, k is the input, and v-i is the output. To find i, feedback the output , and to find v, feedback the output i+1 Write similar b) Draw a SIMULINK model for the kh RLC stage. Select all model elements, and make a 1. ( equations shown above for the kh RLC stage. subsystem of it. Name the subsystem RLC stage. INCLUDE A COPY OF THE SUBSYSTEM MODEL IN YOUR REPORT A 345-kV. 60-Hz, three-phase transmission line is 130 km long. The Fig. 1 shows a circuit model of the transmission line, which includes four RLC-model stages. The resistance per phase is 0 inductance per phase 0.8 mHkm. The shunt capacitance is 0.0112 km. The receiving end load is 270 MVA with 0.8 power factor lagging at 325 kV Consider the first stage equations are .036 km and the dh 12-V +V5 - ch or The first four equations, where v is the input and v2 is the output, describes the first RLC a-model stage. The next two equations, where v2 is the input and v3 is the output, describe the second stage. Note that for each stage, for example, the kth stage, k is the input, and v-i is the output. To find i, feedback the output , and to find v, feedback the output i+1 Write similar b) Draw a SIMULINK model for the kh RLC stage. Select all model elements, and make a 1. ( equations shown above for the kh RLC stage. subsystem of it. Name the subsystem RLC stage. INCLUDE A COPY OF THE SUBSYSTEM MODEL IN YOUR REPORT