"Magnet shear to direct pull work ratio"

[Floor]

Here is someone else's Old project.  ( pdf file format )

    EDIT          The " Kedron_EDEN_Project.PDF  " attached below

I don't at this point, say their "findings" are either valid or not valid.

             best
               wishes

                     floor

[Floor]

I cut up two magnets yesterday (out doors).

You can have my magnets when you pry them from my cold wet hands !

Not the smoothest / best quality of cuts, but they should do well enough.

See picture below.

[Floor]

WHY any diference?

For 1 thing .....

[Floor]

free people, free energy

https://www.youtube.com/watch?v=uM2z60kDdZo

[Floor]

First measurement set, no calculations.

7/8 x 7/8 inch by 3/8 inch thick.
Magnetic poles are on the broad faces.
The polar faces of the two magnets, begin as facing and aligned one over the other.
There is a 3 /32 inch gap between the two polar faces of the magnets.
The magnets are slid apart by adding force in10 gram increments.

Each degree is equal to 0.27930 of a mm travel on the sliding magnet.

1.   30 g       --- 3 deg
2.   40 g       --- 4 deg
3.   50 g       --- 5 deg
4.   60 g       --- 7.75 deg
5.   70 g       --- 8 deg
6.   80 g       --- 9 deg
7.   90 g       --- 12 deg
8.   100 g     --- 12 deg
9.   110 g     --- 13 deg
10.  120 g    --- 15.5 deg
11.  130 g    --- 17.75 deg
12.  140 g    --- 21 deg
13.  150 g    --- 23.75 deg
14.  160 g    --- 32 deg
15.  170 g    --- 49 deg
16.  160 g    ---  49 deg
17.  150 g    --- 62.75 deg
18.  130 g    --- 66 deg
19.  120 g    --- 70 deg
20.  110 g    --- 73 deg
21.  100 g    --- 77 deg
22.  90 g      --- 78.5 deg
23.  80 g      --- 81 deg
24.  70 g      --- 2.5 deg
25.  60 g      --- 85 deg
26.  50 g      --- 87 deg
27.  40 g      --- 90.5 deg
28.  30 g      --- 93.5 deg
29.  20 g      --- 95.5 deg
30.  10 g      --- 100 deg
31.    5 g      --- 107 deg

Jpg attached below

   regards
           floor