- #1
Mako Ruu
- 13
- 0
I'm not a physicist, in fact, I have absolutely no training in any related fields what so ever. I didn't even go to College. But in High School, some German guys came and took me out of class and gave me an IQ test, the results of which I was not allowed to know.
However, I've come to invent a few interesting things, and one of them using Faraday's induction laws. I've recycled home electronics for the copper, and used a big iron nail as the former. But I need some stronger magnets (The ones in the electronics were not strong enough), and I haven't found out which way they need to spin in order to induce a current.
I've also invented a number of other things that would probably make me millions of dollars, or get me killed by Big Energy companies. Some of them include Free Energy, space travel, artificial gravity, et cetera, et cetera. (Seriously, I'm not even joking.)
But there are some fields I need a little help in. Little details that I can't eek out, or are just beyond my reach.
My Problem: Which way do the magnets need to spin in order to induce a current?
Question: Does the copper need to be moved in and out of the North and South fields? Or can just a single field induce a current?
The details: I wound the copper around a nail about 500 - 800 times ( I wasn't counting.) It's about 30 SWG copper recycled from an old RC Car. The magnets are neodymium half circle magnets that were in the motors.
Though I do have a really big older circle magnet from a speaker I salvaged. The plans I'm using call for a horseshoe magnet... But I can't find one, and I can't afford to buy one cause I'm unemployed and are having trouble finding work in this little redneck town.
I know knowledge isn't free, but if anyone could help it would be of great appreciation.
However, I've come to invent a few interesting things, and one of them using Faraday's induction laws. I've recycled home electronics for the copper, and used a big iron nail as the former. But I need some stronger magnets (The ones in the electronics were not strong enough), and I haven't found out which way they need to spin in order to induce a current.
I've also invented a number of other things that would probably make me millions of dollars, or get me killed by Big Energy companies. Some of them include Free Energy, space travel, artificial gravity, et cetera, et cetera. (Seriously, I'm not even joking.)
But there are some fields I need a little help in. Little details that I can't eek out, or are just beyond my reach.
My Problem: Which way do the magnets need to spin in order to induce a current?
Question: Does the copper need to be moved in and out of the North and South fields? Or can just a single field induce a current?
The details: I wound the copper around a nail about 500 - 800 times ( I wasn't counting.) It's about 30 SWG copper recycled from an old RC Car. The magnets are neodymium half circle magnets that were in the motors.
Though I do have a really big older circle magnet from a speaker I salvaged. The plans I'm using call for a horseshoe magnet... But I can't find one, and I can't afford to buy one cause I'm unemployed and are having trouble finding work in this little redneck town.
I know knowledge isn't free, but if anyone could help it would be of great appreciation.