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Asked: January 27, 20212021-01-27T14:10:56+00:00 2021-01-27T14:10:56+00:00In: MAKAUT

8(b). A coil of resistance of 30 $\Omega$ and inductance 320mH is connected in parallel to a circuit consisting of a 75 $\Omega$ resistor in series with 150 $\mu$ F capacitor. The circuit is connected to a 200 V , 50 Hz supply.Determine the supply current and circuit power factor.

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8(b). A coil of resistance of 30 $\Omega$ and inductance 320mH is connected in parallel to a circuit consisting of a 75 $\Omega$ resistor in series with 150 $\mu$ F capacitor. The circuit is connected to a 200 V , 50 Hz supply.Determine the supply current and circuit power factor.

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8(b). A coil of resistance of 30 and inductance 320mH is connected in parallel to a circuit consisting of a 75 resistor in series with 150 F capacitor. The circuit is connected to a 200 V , 50 Hz supply.Determine the supply current and circuit power factor.

Leave an answerCancel reply

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8(b). A coil of resistance of 30 $\Omega$ and inductance 320mH is connected in parallel to a circuit consisting of a 75 $\Omega$ resistor in series with 150 $\mu$ F capacitor. The circuit is connected to a 200 V , 50 Hz supply.Determine the supply current and circuit power factor.

Leave an answer
Cancel reply