) A power line has the following parameters for every kilometer: inductive reactance 0.52, capacitive reactance 300k2, resistance -0.052. For a line of 100km, the lumped capacitive reactance is split at both terminals, the value at each terminal is (a) 3.0k2 (b) 30M2 (c) 1.5k2 (d) 6k2 ) A 230kV transmission line has the parameters as in question 7). It delivers 150MW to a city. Referring to the power transmitted, the losses of the transmission line is (a) 0.47% (b)23.5% (c) 4.3% (d) 1.4%
) A power line has the following parameters for every kilometer: inductive reactance 0.52, capacitive reactance 300k2, resistance -0.052. For a line of 100km, the lumped capacitive reactance is split at both terminals, the value at each terminal is (a) 3.0k2 (b) 30M2 (c) 1.5k2 (d) 6k2 ) A 230kV transmission line has the parameters as in question 7). It delivers 150MW to a city. Referring to the power transmitted, the losses of the transmission line is (a) 0.47% (b)23.5% (c) 4.3% (d) 1.4%
Chapter3: Magnetic Starters
Section: Chapter Questions
Problem 30SQ
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