These dipoles are formed from the electron pairs in the material, and unpaired electrons are aligned together.
This type of magnetism can be induced by running an alternating current through a coil until there is a saturation of dipoles in an area called a domain and all of the dipoles are aligned in a process called hysteresis. These dipoles are formed from the electron pairs in the material, and unpaired electrons are aligned together. The magnetized object will continue to keep the field unless it is moved to an environment with a temperature greater than its Curie point, where it will lose it altogether. For 10 points, name this type of magnetism that is usually found in materials containing iron.
This type of magnetism can be induced by running an alternating current through a coil until there is a saturation of dipoles in an area called a domain and all of the dipoles are aligned in a process called hysteresis.
ferromagnetism