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A three-phase circuit has two parallel balanced Δ loads, one of the 6Ω resistor and one of 12 Ω resistors. The magnitude of the total line current, when the line-to-line voltage is 480 Vrms ,is
  • a)
    120 A rms
  • b)
    360 A rms
  • c)
    208 A rms
  • d)
    470 A rms
Correct answer is option 'C'. Can you explain this answer?
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A three-phase circuit has two parallel balanced Δ loads, one of ...
 Z A = 6 ||12 = 4,
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A three-phase circuit has two parallel balanced Δ loads, one of ...
Loads connected. Each load has a power factor of 0.9 lagging. The line current of Load 1 is 20A and the line current of Load 2 is 15A. The line current of the entire circuit is 35A. Calculate the line current of Load 1 and Load 2 when connected individually to the three-phase circuit.
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A three-phase circuit has two parallel balanced Δ loads, one of the 6Ω resistor and one of 12 Ω resistors. The magnitude of the total line current, when the line-to-line voltage is 480 Vrms ,isa)120 A rmsb)360 A rmsc)208 A rmsd)470 A rmsCorrect answer is option 'C'. Can you explain this answer?
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