When you move a magnet into a coil of wires, it induces a current in the wires. When you take the same magnet and move it in the opposite direction through the coils, it still induces a current. What is differnet about the currents created in these situations?

If in an area, the magnetic flux will change then the emf (Electromotive force) induced in the wire will induce current flow in it.

If we moved the magnet inside coil of wire then its change in flux is more compared to the outside moving magnet then the induced current is more in the magnet that moves inside coil of wire

Explanation:

a straight line sloped