The same
Doubled
Quartered
Quadrupled
D. Quadrupled
One-terminal
Two-terminal
Three-terminal
Complex
Decrease by 2 C
Increase by 2 C
Decrease by 4 C
Increase by 4C
Halfway between maximum and minimum
Maximum
Minimum
Zero
50 V
100 V
200 V
400 V
2.592 x 105C
2.592 x 103 C
2.592 x 108 C
2.592 x 1012 C
Moving the coils closer
Moving the coils apart
Decreasing the number of turns of either coil
Increasing the number of turns of either coil
Stores electrical energy
Opposes changes in current flow
Creates a dc resistance
Converts ac to dc
Near the final maximum value of current
At midvalue of current
At half-power points
After one time constant
Positive
Negative
Zero
Infinite
Inductive
Capacitive
Resistive
Infinite
Volt divided by coulomb
Voltampere
Volt-coulomb
Watt divided by time
Domain
Scalar quantity
Vector quantity
Phasor quantity
Non-linear circuit
Linear circuit
Complex circuit
Passive circuit
Block dc current
Pass dc current
Open voltage source
Short the voltage source
Volts per meter
Volts per mil
Amperes per meter
Amperes per mil
Increases two times
Increases four times
Decreases two times
Decreases four times
Sinusoidal
Square wave
Triangular
Sawtooth
Series resonance
Parallel resonance
Current magnification
Gain magnification
Area of plates
Number of plates
Distance between plates
Dielectric material used
400 M
400 G
400 k
Power factor
Reactive factor
Dissipation factor
1/Q factor
Increase the power rating compared with one resistor alone
Increase the voltage rating compared with one resistor alone
Reduce the voltage rating compared with resistor alone
Result in an expensive circuit
A circuit with neither a source of current nor a source of potential difference
A circuit with a voltage source
A circuit with a current source
A circuit with only resistance as a load
1.65 kHz
16.5 MHz
16.5 kHz
165 kHz
Voltage
Charge
Current
Power
A series resonant circuit is of high impedance
A parallel resonant circuit is of low impedance
A series resonant circuit is inductive if it operates at a frequency higher than the resonant frequency
A parallel resonant circuit is inductive if it operates at a frequency higher than the resonant frequency
One-half
One-fourth
Two times
Four times
Superposition theorem
Millman�s theorem
Thevenin�s theorem
Norton�s theorem
Infinite
Equal to the load resistance
Zero
To be determined