OK, so imagine you have a wire coiling over itself, in a near concentric spiral. When you get to the outer most edge, such as 10 or 100 wrappings depending on thickness, you then bend the wire so it's one diameter of the wire over and then start spiraling inward, till you get to the smallest diameter, then bend again, spiral the coil back to the largest diameter, and repeat this sequence. While the wrapping style of this coil configuration is very different from the standard spool, of slinky one wrap along a parallel line slowly working left, then stopping, followed by wrapping it slowly right, then reversing, until the total wrappings are complete, I really want to know if the magnetic field properties are different between these two? Do the magnetic fields bulge out more in method one, or do they have different properties than method 2? Method 2 is the standard method. Essentially, while the amount of magnetic wire is the same, the electricity is pulsing in and out, and gradually working left to right, while in method 2, the electricity appears to pulse left to right, while gradually working from in to out. So does coil configuration really matter? After all, the left hand rule says the direction of the magnetic effect, such as for a solenoid, is going to stay the same if both are wrapped in the same direction.