That is what we are here for. It will help if you are quite specific on what you need help on.
Since you mentioned inductance, I will try to shed some light: Whenever current flows, there is a magnetic field around the current (the right hand rule). If the wire is wound into a solonoid, the magnetic field is augmented, and the lines of force cut across all the windings. Not only does a current produce a magnetic field, but a magnetic field moving across a wire will induce a current. This induced current is always in a direction to oppose the action that caused it.
So, when current tries to increase in a solonoid, there is an opposing current caused by the lines of force trying to increase. As a result, the current increases slowly. This effect is called inductance. There is energy stored in the magnetic field: E = 1/2 *L*I^2. Where E = energy, L is the symbol for inductance, I = current.