In the balanced three phase power measurement using two wattmeter method, each wattmeter reads 14 kW , when the pf is unity. What does each wattmeter reads when the pf falls to (i) 0.866 lag and (ii) 0.819 lag. The total three-phase power remains unchanged. (i) W1 at 0.866 lag (i) W2 at 0.866 lag (ii) W1 at 0.819 lag (ii) W2 at 0.819 lag

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In the balanced three phase power measurement using two wattmeter method, each wattmeter reads 14 kW , when the pf is unity.
What does each wattmeter reads when the pf falls to (i) 0.866 lag and (ii) 0.819 lag. The total three-phase power remains unchanged.
(i) W1 at 0.866 lag
(i) W2 at 0.866 lag
(ii) W1 at 0.819 lag
(ii) W2 at 0.819 lag
Transcribed Image Text:In the balanced three phase power measurement using two wattmeter method, each wattmeter reads 14 kW , when the pf is unity. What does each wattmeter reads when the pf falls to (i) 0.866 lag and (ii) 0.819 lag. The total three-phase power remains unchanged. (i) W1 at 0.866 lag (i) W2 at 0.866 lag (ii) W1 at 0.819 lag (ii) W2 at 0.819 lag
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