For the circuit shown, what value of capacitance when placed in parallel with the load will change the power factor of (the load with the capacitor ) to 0.90 lagging. jo.25 Q 0.2 Q 70 KVA 380 Lo Vrms...

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For the circuit shown, what value of capacitance when<br>placed in parallel with the load will change the power factor<br>of (the load with the capacitor ) to 0.90 lagging.<br>jo.25 Q<br>0.2 Q<br>70 KVA<br>380 Lo<br>Vrms<br>Vs<br>0.8<br>W = 377 r/s<br>lagging<br>Select one:<br>O a. C = 249.8uF.<br>Ob.C= 273.3 uF.<br>O c.C=236.6uF.<br>Od. C= 34OUF.<br>For the circuit shown. the average power dissipated in the 3<br>ohms resistor is.<br>-j3<br>j2<br>F4<br>F5<br>F6<br>F7<br>

Extracted text: For the circuit shown, what value of capacitance when placed in parallel with the load will change the power factor of (the load with the capacitor ) to 0.90 lagging. jo.25 Q 0.2 Q 70 KVA 380 Lo Vrms Vs 0.8 W = 377 r/s lagging Select one: O a. C = 249.8uF. Ob.C= 273.3 uF. O c.C=236.6uF. Od. C= 34OUF. For the circuit shown. the average power dissipated in the 3 ohms resistor is. -j3 j2 F4 F5 F6 F7

Jun 10, 2022

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For the circuit shown, what value of capacitance when placed in parallel with the load will change the power factor of (the load with the capacitor ) to 0.90 lagging. jo.25 Q 0.2 Q 70 KVA 380 Lo Vrms...

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