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A 44 mH inductor is connected …

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A 44 mH inductor is connected to 220V , 50 Hz ac supply . Determine the RMS value of the current in the circuit.
  • 3 answers

Aseem Mahajan 4 years ago

In case of inductor,
Irms = $$\sf \dfrac{V_{rms}}{X_L}$$
Irms = $$\sf \dfrac{220}{2\pi 50 \times 44 × 10^{-3}}$$
Irms = 1.65 A

Aseem Mahajan 4 years ago

In case of inductor,
Irms = $$\sf \dfrac{V_{rms}}{X_L}$$
Irms = $$\sf \dfrac{220}{2\pi 50 \times 44 × 10^{-3}}$$
Irms = 1.65 A

Aseem Mahajan 4 years ago

In case of inductor,
Irms = $$\sf \dfrac{V_{rms}}{X_L}$$
Irms = $$\sf \dfrac{220}{2\pi 50 \times 44 × 10^{-3}}$$
Irms = 1.65 A
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