If a capacitor added in parallel as shown to increase the power factor to unity, find the capacitance value R Ims 100Vms 50HZ Oa. 51.09 µF Ob. 47.09 µF Oc. 45.09 uF Od. 49.09 µF

If a capacitor added in parallel as shown to increase the power factor to unity, find the capacitance value<br>R<br>Ims<br>100Vms 50HZ<br>Oa. 51.09 µF<br>Ob. 47.09 µF<br>Oc. 45.09 uF<br>Od. 49.09 µF<br>

Extracted text: If a capacitor added in parallel as shown to increase the power factor to unity, find the capacitance value R Ims 100Vms 50HZ Oa. 51.09 µF Ob. 47.09 µF Oc. 45.09 uF Od. 49.09 µF

An AC voltage source of 100V and 50HZ is supplying a coil that has an inductance of 180 mH in series with a resistance of 25 A as shown below. Calculate:<br>R<br>Ims<br>100Vms 50HZ<br>The<br>power factor<br>Oa. 0.424 Lagging<br>Ob. 0.404 Lagging<br>Oc. 0.384 Lagging<br>Od. 0.444 Lagging<br>The apparent power consumed<br>Оa. 161.7 VA<br>Оb. 166.7 VA<br>Oc. 156.7 VA<br>Od. 151.7 VA<br>

Extracted text: An AC voltage source of 100V and 50HZ is supplying a coil that has an inductance of 180 mH in series with a resistance of 25 A as shown below. Calculate: R Ims 100Vms 50HZ The power factor Oa. 0.424 Lagging Ob. 0.404 Lagging Oc. 0.384 Lagging Od. 0.444 Lagging The apparent power consumed Оa. 161.7 VA Оb. 166.7 VA Oc. 156.7 VA Od. 151.7 VA

Jun 11, 2022

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If a capacitor added in parallel as shown to increase the power factor to unity, find the capacitance value R Ims 100Vms 50HZ Oa. 51.09 µF Ob. 47.09 µF Oc. 45.09 uF Od. 49.09 µF

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