Explanation

An inductor stores energy in the form of a magnetic field when current flows through it.

The energy is stored due to the magnetic field created around the inductor's coil.

Explanation

Resistors connected in parallel are arranged side-by-side, allowing the charge to split into multiple paths.

Each resistor experiences the same voltage across it but has different currents depending on its resistance.

Explanation

In a parallel circuit, the charge which passes through one resistor will always pass through the other resistors.

Each resistor provides a separate path for the current, so the current divides among them according to their resistances.

Explanation

Power refers to the rate at which energy is supplied or converted by the appliance or circuit.

It is measured in watts (W) and indicates the energy usage or generation per unit of time.

Explanation

In electrical cables, AWG stands for American Wire Gauge.

It is a standardized system used to specify the diameter of electrical wires.

Explanation

As the value of AWG increases, the thickness of the wire decreases.

The American Wire Gauge (AWG) system assigns smaller numbers to thicker wires and larger numbers to thinner wires.

Explanation

For high current flow in electrical circuits, one needs thick conductors.

Thick conductors can handle larger currents with lower resistance, reducing heat and power loss.

Explanation

Resistors may be used to reduce current flow and lower voltage levels within circuits.

They provide resistance to the flow of electricity, thereby controlling the amount of current and voltage in a circuit.

Explanation

The materials are called conductors if the electrons can move easily.

Conductors, like copper and aluminum.

It have low resistance and allow electrical current to flow freely through them.

Explanation

Materials that block the flow of electrons are called insulators.

They have high resistance and prevent electrical current from flowing through them.

Such as rubber or glass.