Build 2

[Johnsmith]

 For anyone considering building something like this or doing other wood working, I would strongly suggest buying a compound square, a
set of L squares and a T square. With the T square, the T can be removed and it can be used as a guide. For about $75 it'll make your life
easier. And when cutting a 45º angle, just remember that 2  45º angles = 90º. Then you'll know if you need to adjust your guide or not. Where
using scrap saves on wasting what you're working on.
And what I might do in the next month or 2 is make a video showing how to make a portable work bench. This would require buying 2 folding
work benches like this  https://www.harborfreight.com/tool-storage-organization/workbenches/folding-clamping-workbench-with-movable-pegs-47844.html
If you work outside under a bridge, at a park or in your own backyard, the ground won't be level. This is where the legs would need to be able to
be adjusted. The main issue is not having your work surface wobble. If it's an angle so is everything on it. And working outside can be nice.
https://photos.app.goo.gl/syX61mhTdMwpoG4R9

[Johnsmith]

 I am making progress but have more detail that I need to include. The cue in the kicker assembly will need to pass through about 1/4
of the dowel for the pulley mount. I'll need to rout slots for that. And while I cut lag bolts from 3 1/2 inch to 2 3/8 inch in length, I'll probably
go to 4 inch long lag bolts. This way there would be no risk of the dowel snapping from repeated use/the weight wheel being retracted.
I also bought something I've been wanting for a while. It's a calculus 1 text book. Trying to learn online is difficult without the textbook. Once
past algebra and into analytical trigonometry, a textbook will help. Basic calculus will explain that what I've been pursuing can work. That's
one of the reasons that I've stayed with it, math does support it working.
With the math, I also have a couple of science/engineering projects where knowing calculus better will help me. With Bessler's wheel, I'll be
able to better calculate the work a working wheel could do. For people who live off grid or for people who are forced to live off grid, there are
humanitarian groups who would like something like this. It'd simply let them help people in a way they can't help them today.

p.s., it will be interesting to see how much I know that is in this book. It starts out with graphing as an example y = 2x^2 + 4x -5. I already know that.
And there are different universities that have online courses for free. Then with YouTube, with this book being a 3 semester course, maybe I can do
it in 1?

[kolbacict]

https://youtu.be/F5PfjsPdBzg

[Johnsmith]

https://youtu.be/F5PfjsPdBzg

  This is the formula for calculating the acceleration of gravity,  g = G*M/R^2
G is the universal constant while M is the mass of the body while it is divided by the distance times itself (^2 or squared)
from the center of the mass. A working wheel would prove that gravity has energy. This is because it would be powering
something like an engine. Basically proving perpetual motion will change physics.
This is because they would need to say that the acceleration due to gravity is relative to the energy that gravity has. This
actually gets into astrophysics like Venus is in a denser, more energetic gravitational field than the Earth.

[kolbacict]

A working wheel would prove that gravity has energy. This is because it would be powering
something like an engine.

Gravity has energy as long as our small mass is at some distance from the large one.
But after our body fell to the ground, it no longer has any energy, right?