# Reading question 27.01 part a what is the electron drift speed in a typical current-carrying wire

Aug 28, 2022

The electron drift speed in a typical current-carrying wire is very fast. The electrons are constantly moving and bumping into each other. This causes the wire to heat up and the electrons to move faster. The faster the electrons move, the higher the current.

## Other related questions:

### What is the electron drift speed in a typical current carrying wire?

The electron drift speed in a typical current carrying wire is on the order of millimeters per second.

### How do you find the drift speed of an electron?

The drift speed of an electron is the speed at which it moves through a material under the influence of an electric field.

### What does the drift speed of electrons depend on?

The drift speed of electrons depends on the electric field strength, the mobility of the electrons, and the resistivity of the material.

### When the current is 1A the drift velocity is V?

The drift velocity is the speed at which the carriers (electrons or holes) move through the conductor under the influence of the electric field.