7. A series resistance – inductance (R – L) circuit is connected to a 230 – volt, 50 – cycle source. If the power taken by the circuit is 4,800 watts and the voltage drop across the resistor is 120 volts, calculate:(a) the current, (b) the power factor, (c) the circuit impedance, (d) the ohmic value of the resistor, (e) the inductance of the inductor. (f) write the equations for the voltage and current. 7. A series resistance - inductance (R – L) circuit is connected to a 230 – volt, 50 – cyclesource. If the power taken by the circuit is 4,800 watts and the voltage drop across theresistor is 120 volts, calculate: (a) the current, (b) the power factor, (c) the circuitimpedance, (d) the ohmic value of the resistor, (e) the inductance of the inductor. (f)write the equations for the voltage and current.

As given in question, RL circuit is connected into series It is given voltage drop across resistor…

7. A series resistance – inductance (R – L) circuit is connected to a 230 – volt, 50 – cycle source. If the power taken by the circuit is 4,800 watts and the voltage drop across the resistor is 120 volts, calculate: (a) the current, (b) the power factor, (c) the circuit impedance

7. A series resistance – inductance (R – L) circuit is connected to a 230 – volt, 50 – cycle source. If the power taken by the circuit is 4,800 watts and the voltage drop across the resistor is 120 volts, calculate: (a) the current, (b) the power factor, (c) the circuit impedance

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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Question

(a) the current, (b) the power factor, (c) the circuit impedance, (d) the ohmic value of the resistor, (e) the inductance of the inductor. (f) write the equations for the voltage and current.

7. A series resistance - inductance (R – L) circuit is connected to a 230 – volt, 50 – cycle
source. If the power taken by the circuit is 4,800 watts and the voltage drop across the
resistor is 120 volts, calculate: (a) the current, (b) the power factor, (c) the circuit
impedance, (d) the ohmic value of the resistor, (e) the inductance of the inductor. (f)
write the equations for the voltage and current.

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