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A load with an apparent power of 100 MVA, is connected to a 60 Hz voltage source, VL = 55 kV. Assume that the load has a power factor of 0.71 lagging. Determine the value of the capacitor needed to correct the power factor to unity. A. 61.75 µF B. 53.13 µF C. 64.27 µF D. 67.45 µF E. 58.33 µF F. None of the other answers is correct.

A load with an apparent power of 100 MVA, is connected to a 60 Hz voltage source, VL = 55 kV. Assume that the load has a power factor of 0.71 lagging. Determine the value of the capacitor needed to correct the power factor to unity. A. 61.75 µF B. 53.13 µF C. 64.27 µF D. 67.45 µF E. 58.33 µF F. None of the other answers is correct.

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A load with an apparent power of 100 MVA, is connected to a 60 Hz voltage source, VL = 55 kV. Assume that the load has a power factor of 0.71 lagging. Determine the value of the capacitor needed to correct the power factor to unity. A. 61.75 µF B. 53.13 µF C. 64.27 µF D. 67.45 µF E. 58.33 µF F. None of the other answers is correct.

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