Transmission line both absorbs anConsider a 140 km transmission line with a 127.5 MW, 210-kV, 60-Hz, 0.85-PF lagging, three-phase Y-connected. The transmission line resistance (R) = 0.09 /km; reactance (X) = 0.88 /km; shunt admittance (Y) = 4.1 10-6 S/km. The line voltage at the receiving end of the transmission line is 210 kV. Assume the total capacitance of the transmission line is accumulated at the receiving end. What is the phase voltage at the sending end of the transmission line? Ignore the admittance. 152.43 MV 158.6 14.4 V None of the mentioned 178.6 14.4 MVd generates rConsider a 140 km transmission line with a 127.5 MW, 210-kV, 60-Hz, 0.85-PF lagging, three-phase Y-connected. The transmission line resistance (R) = 0.09 /km; reactance (X) = 0.88 /km; shunt admittance (Y) = 4.1 10-6 S/km. The line voltage at the receiving end of the transmission line is 210 kV. What is the line current at the receiving end of the transmission line? Ignore the admittance. 412.39 mA 412.39 kA None of the mentioned 713 A eactive power