Because resistive-inductive circuits have periods in which voltage and current have opposite signs and where power is returned to the circuit, VARs is often referred to as ____ power.
A) apparent
B) wattless
C) resistive
D) true
Correct Answer:
Verified
Q1: While vectors can be added, subtracted, multiplied,
Q2: True power for a resistive-inductive circuit can
Q4: When a pure _ load is connected
Q5: VARs represents the product of volts and
Q6: To add vectors that are _ degrees
Q7: The _ of angle theta is the
Q8: When working with vectors, _ degrees is
Q9: Since true power, or watts, can be
Q10: VARs is the amount of _ power
Q11: In resistive-inductive circuits, the resistive and inductive
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