Show the manual calculation to find V_LOAD using nodal analysis, mesh analysis, superposition, source transformation, and Thevenin or Norton theorem by using the value from group no. 3 on Table 2.
 

Your group of electrical engineers has been tasked with investigating a single-phase ac power system distribution from two power sources to an industrial load. Figure 1 provides detailed information about the system, which shows that an industrial load is being fed by two voltage sources through a transmission line. Table 1 summarizes the parameters of the system. Line 1 Line 2 Source 1 Capacitive Impedance V [V] Source 1 Source 2 V [V] Load Industrial Figure 1: A single phase ac electrical power system. Table 1: Parameters in the power system distribution Capacitive Inductive Impedance Impedance Xe [n] Inductive Impedance R [m] X [m] Source 2 Industrial Load (ZLOAD) R+jx [n] (inductive/lagging) Or R-jx [] (capacitive/leading) 4.1 TASK 1: MANUAL COMPUTATION (INDIVIDUAL-CLO1 5%) Each member should solve for voltage drop across the industrial load, VLOAD of Figure 1 by using five different techniques in circuit analysis as below: Nodal Analysis . Mesh Analysis . Superposition Source Transformation Thevenin or Norton Theorem Each member should individually submit a solution by manual computation in a pdf copy. The deadline is 11 JUNE 2023 by 11.00 pm. Please submit to Author platform. The rubric assessment in shown in Marking Form. Table 2 summarizes the voltage sources and impedance values of the line and industrial load.