Here's a breakdown:

* Conductors: Materials that allow electrons to move freely through them. Examples include metals like copper and silver.

* Electrons: Negatively charged particles that orbit the nucleus of an atom.

* Electric Current: The continuous movement of electrons through a conductor, driven by an electric potential difference (voltage).

Imagine a pipe filled with marbles:

* The pipe represents the conductor.

* The marbles represent the electrons.

* Pushing the marbles through the pipe represents the voltage.

* The continuous flow of marbles is the electric current.

Key points about electron flow:

* Direction of current: While electrons flow from negative to positive, conventionally, current is considered to flow from positive to negative. This is a historical convention that's still widely used.

* Amperage: The rate of electron flow is measured in Amperes (A). One Ampere is equal to one Coulomb of charge passing a point in one second.

* Factors affecting current:

* Voltage: Higher voltage creates a stronger force pushing electrons, resulting in more current.

* Resistance: The conductor's resistance opposes the flow of electrons. Higher resistance reduces current.

Let me know if you have any other questions!