UEENEEG102A - AC circuits

see under impedance.

Source: http://www.physics.usyd.edu.au/teach_res/db/elgloss.htm

This is what happens when inductive reactance and Capacitive reactance cancel each other out because they are the same as each other.

A series circuit is said to be at resonance when inductive reactance and capacitive reactance are the same. This is when a series circuit will have the lowest impedance.

The frequency produces Inductive Reactance that is equal to Capacitive Reactance, both in a series circuit and also for a parallel circuit.

In a series circuit, it will result in the highest current for the circuit and voltages across the capacitor and inductor that may be much higher than the supply voltage.

The sharing of current between different components in an AC circuit

The square root of two, divided by two.