17 AC capacitance

To store and discharge energy

To generate electricity

To increase resistance in a circuit

To convert AC to DC

All materials have some resistance to electricity flow

Capacitors themselves have resistance

Voltage cannot be applied to capacitors

Current cannot flow through capacitors

The inability of a capacitor to hold charge indefinitely due to leakage or resistance.

The maximum charge a capacitor can store.

The voltage across the capacitor.

The speed at which the capacitor charges.

No net power is produced because positive and negative power cancel each other out.

Maximum power is produced at all times.

Power is only produced when the voltage is at its peak.

Power is always positive in a capacitive circuit.

It is the opposition to current flow by a capacitor in an AC circuit.

It is the resistance offered by a resistor.

It is the voltage drop across an inductor.

It is the power consumed by a capacitor.

Size of the capacitor

Voltage applied to the capacitor

Frequency of the AC supply

All of the above

Xc increases, current decreases

Xc decreases, current increases

Xc and current both increase

Xc and current both decrease

V=IR

I = V/R

P=I2R

R=V/