The higher the frequency of $V_A$ applied to any RC circuit, either series or parallel, the ____ the circuit impedance will be.
? higher
? lower
In a purely capacitive series circuit, the arithmetic sum of the individual voltage drops equals $V_A$.
? True
? False
In a series RC circuit, the arithmetic sum of the individual voltage drops equals $V_A$.
? True
? False
In a parallel RC circuit, the arithmetic sum of the branch currents equals $I_T$.
? True
? False
In a series RC circuit, if frequency, resistance, or capacitance increases, the circuit phase angle will
? increase
? decrease
? remain the same
In a parallel RC circuit, if frequency, resistance, or capacitance increases, the circuit phase angle will
? increase
? decrease
? remain the same
As the resistance in a parallel RC circuit is increased, the circuit will become more
? resistive
? capacitive
As the capacitance in a series RC circuit is increased, the circuit will become more
? resistive
? capacitive