What produces the magnetic force of an electromagnet? Movement of charged particles through the wire, positive and negative charges, repelling each other, static charge the particles on the wire, magnetic field passing through the device
The magnetic force of an electromagnet is produced by the movement of charged particles through the wire. When an electric current flows through the wire, it creates a magnetic field around the wire. This magnetic field is generated due to the movement of the negatively charged electrons through the wire, as they are repelled by the positively charged protons in the atoms of the wire. The movement of these charged particles creates a magnetic field around the wire, and this magnetic field is what produces the magnetic force of the electromagnet. Additionally, if a magnetic field passes through the electromagnet, it can also induce a magnetic force or attract magnetic materials.
