Solved

In a Resistive-Inductive Circuit, Power Factor Can Be Computed by Dividing

Question 36

Multiple Choice

In a resistive-inductive circuit, power factor can be computed by dividing the voltage drop across the resistor by the ____.

A) circuit amperage
B) total circuit resistance
C) total circuit voltage
D) circuit volt-amps

Related Questions

Q26: _ is the ratio of true power

Q27: When working with vectors, _ degrees is

Q28: While vectors can be added, subtracted, multiplied,

Q29: VARs represents the product of volts and

Q30: When a pure _ load is connected

Q31: When an alternating current circuit has both

Q32: Because the resistive part of a circuit

Q33: In a resistive-inductive circuit, the voltage drop

Q34: In resistive-inductive circuits, the resistive and inductive

Q35: In series circuits, the total voltage is