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Overunity Machines Forum



Howard Johnson Replication Tube Claim

Started by X00013, March 17, 2009, 06:27:33 AM

Previous topic - Next topic

0 Members and 34 Guests are viewing this topic.

nyctuber

Quote from: TinselKoala on May 20, 2009, 01:56:22 PM
And in  repeated tests with a thin disk magnet, right at the critical angle, it looks like the Leading (bottom) edge lifts up and the magnet actually starts to tumble backwards. It's not the top edge falling forward, it's the bottom edge falling backwards (up) at least at the moment of departure.
I think.

That's quite interesting.

I was aware in my argument that if the experiment had STARTED at 90 degrees it would have most likely fallen away on the N pole as well.

nyctuber

Quote from: tournamentdan on May 20, 2009, 01:59:52 PM
READ MY OTHER COMENTS TO GET THE WHOLE PICTURE. Because the one pole is stronger than the other it creates more eddy and makes a cussion below the mag  which will keep the STRONGER side on the steep slant. When the weak side is down lets say the south so the north is the strong side. So when the south is down it will make eddy but not enough to keep the cussion and the stronger pole which is the opposite pole that is made on the aluminum or copper will be attracted to the aluminum or copper and will flip which will make it tumble. THERE IS NO ATTRACTION IN COPPER.

I know what you're saying, my point is essentially that since the difference in pole strength in magnets is very minor, the enormous difference w/ the eddy test is surprising.

tournamentdan

Quote from: RunningBare on May 20, 2009, 01:58:49 PM
Thinking it over, I still cannot figure why one pole would behave differently to the other, but for the sake of argument lets just make that accepted.
Now why I think the one pole flies off.

If we start the magnet sliding down we know that Lenz law comes into play, the magnet causes the metal to create an opposing field, but it's an attractive field to the other pole, so it's likely that the magnet is being pulled head over heels but now you have the opposite pole creating an opposing magnetic field in the metal, no time to flip and slide down further, it is already tumbling.


exactly what I have been saying :'( :'(
I'll see your theory, and raise you mine!!!

tournamentdan

So a good way to find out is like I said before, find a mganet that is just as strong but with more surface area so it will not flip.
I'll see your theory, and raise you mine!!!

TinselKoala

This topic deserves its own thread.