Question

A Coil of resistance 5? and inductance 100mH is Connected in Series with a 200µF Capacitor across a 220V, 50Hz Supply Calculate (i) the inductive reactance (ii) the capacitive reactance (iii) Impedance of the whole Circuit in Complex form (iv) the Current (v) the power factor (vi) total Power (vii) Voltage across the coil and the capacitor. Draw the illustrative phasor diagram, depicting the voltage and current.

          A Coil of resistance 5? and inductance 100mH is
Connected in Series with a 200µF Capacitor across a 220V,
50Hz Supply
Calculate (i) the inductive reactance
(ii) the capacitive reactance
(iii) Impedance of the whole Circuit in Complex form
(iv) the Current
(v) the power factor
(vi) total Power
(vii) Voltage across the coil and the capacitor.
Draw the illustrative phasor diagram, depicting the voltage
and current.

A Coil of resistance 5? and inductance 100mH is
Connected in Series with a 200µF Capacitor across a 220V,
50Hz Supply
Calculate (i) the inductive reactance
(ii) the capacitive reactance
(iii) Impedance of the whole Circuit in Complex form
(iv) the Current
(v) the power factor
(vi) total Power
(vii) Voltage across the coil and the capacitor.
Draw the illustrative phasor diagram, depicting the voltage
and current.

Added by Daniel B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Vishal Gupta

Step 1

1 \text{ H} \] \[ X_L = 2 \pi \times 50 \times 0.1 = 31.42 \, \Omega \] Show more…

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A Coil of resistance 5Ω and inductance 100mH is connected in series with a 200μF Capacitor across a 220V, 50Hz supply Calculate (i) the inductive reactance (ii) the capacitive reactance (iii) Impedance of the whole circuit in complex form (iv) the current (v) the power factor (vi) total power (vii) voltage across the coil and the capacitor. Draw the illustrative phasor diagram, depicting the voltage and current.