Exam 16: Resistive-Capacitive Circuits

Resistive-inductive circuits produce a ____________________ power factor.

In a resistive-capacitive circuit, ____________________ is the total current limiting effect.

The ____________________ power can be determined using values that apply to only resistive parts of the circuit.

____________________ addition is used when determining total voltage in R-C cicuits because voltage and current are out of phase.

Angle ____________________ indicates how many degrees out-of-phase the current is with the applied voltage.

Resistive-capacitive circuits produce a ____________________ power factor.

The PF is the ____________________ of true power to apparent power.

The value of a circuit's VARs is determined by using the ____ values of voltage, current, and reactance.

In any ____________________ circuit, +the current is the same in all parts of the circuit.

In any ____________________ circuit, the voltage is the same across all branches of the circuit.

____ power can be determined if the values used in the formula apply to only resistive parts of the circuit.

In a series R-C circuit, ____________________ of a capacitor is equal to capacitive voltage multiplied by current.

Resistive-capacitive circuits produce a ____ power factor.

The ____________________ of angle theta is equal to the decimal equivalent of the power factor.

In a series R-C circuit, if X_C is 20 ohms, what is the value of C?

A purely capacitive circuit causes

The ____________________ power is generally referred to as the VA.

A combination of resistance and capacitive reactance in a series R-C circuit is

____ power is generally referred to as the volt-amps.

The power ____________________ is the ratio of true power to apparent power.