ethod. The reading on wattmeter A is 5,000 W and on wattmeter B is- 1,000 W (a) What is the power factor of the system? (b) If the voltage of the circuit is 440, what is the value of capacitance which must be introduced into ch phase to cause the whole of the power measured to appear on wattmeter A? [0.359; 5.43 (Meters and Meas. Insts. A.M.I.E.E. London)

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please help me in letter 6 b only and please draw diagram

 

6. The power flowing in a 3-o, 3-wire, balanced-load system is measured by the two wattmeter
method. The reading on wattmeter A is 5,000 W and on wattmeter B is – 1,000 W
(a) What is the power factor of the system?
(b) If the voltage of the circuit is 440, what is the value of capacitance which must be introduced into
each phase to cause the whole of the power measured to appear on wattmeter A?
[0.359; 5.43 (Meters and Meas. Insts. A.M.I.E.E. London)
Transcribed Image Text:6. The power flowing in a 3-o, 3-wire, balanced-load system is measured by the two wattmeter method. The reading on wattmeter A is 5,000 W and on wattmeter B is – 1,000 W (a) What is the power factor of the system? (b) If the voltage of the circuit is 440, what is the value of capacitance which must be introduced into each phase to cause the whole of the power measured to appear on wattmeter A? [0.359; 5.43 (Meters and Meas. Insts. A.M.I.E.E. London)
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