Build 2

[Johnsmith]

 This link https://www.youtube.com/channel/UC6p2S01II-6I2j46qVXnHXg
is to my YouTube channel. I have ordered a video camera so I'll be able to make better videos.
Then I'll be able to zoom in to show details.
And as for Bessler's wheel, it's okay if people don't have the time to learn why it works. If a
person isn't interested in building one then why it works is because energy can be conserved.
The Moon orbiting the Earth is an example of conserved energy. After this, it becomes
complicated. Why no one has replicated Bessler's work in over 300 years.

[Johnsmith]

 And after this will probably be another $120 for lead. More weight means more torque.
It is an expensive project. At the same time I can calculate the Moon and the Earth orbiting
each other and then around the Sun. That's applying Newton's gravity in astrophysics. Newton's
work on gravity is actually basic astrophysics.  The math is in the attached image. Bessler was 7
when Newton wrote his En Principia so he might've been aware of it. It was the "new" math and
radical thinking back in the day.
As to why the Moon orbits the Earth, Einstein said that space is warped by a gravitational
field. Newton's work is a generalization so to speak.
As for perpetual motion, it is impossible. Conserving energy is what happens inside the universe.

[Johnsmith]

 If you consider the Earth and the Moon, their union is gravity which they both have. Then they become the set
Earth union Moon. Then when you consider the Sun, their relationships becomes (Earth union Moon) union Sun.
This is because the set Earth union Moon orbits the set Sun. And then we have the basis for our solar system.
After this it can be considered that the set Earth union Moon wobbles because of how they affect each other
because of their union gravity and their linear velocities. With celestial bodies, the spin on their axis is angular
momentum while their velocity through space is linear momentum. And then because the Sun is moving through
space, the set Earth union Moon's orbit around it is elliptical.
Maybe understanding what we know works will help you guys to understand what isn't known? And with what
I'm working on, it will be slow going. It's just that if it works then it will take time for it to become known as well.
Why my going slow now will make a difference if it works. I won't expect it to become known right away. And with
what I've mentioned in this post is what might have helped me to consider the math and mechanics behind Bessler's Wheel.

[kolbacict]

Now, if you could build a Bessler wheel the size of half the distance to the moon. It would spin.
Because two dispersed masses. And on the surface of the earth, we with a small wheel have only
a gravitational field of conservative force.

[Johnsmith]

Now, if you could build a Bessler wheel the size of half the distance to the moon. It would spin.
Because two dispersed masses. And on the surface of the earth, we with a small wheel have only
a gravitational field of conservative force.

  It seems that I was right about you. What does gravity being a conservative force mean? Whose
force is it conserving? As you said, if I'd only put it in layman's terms then everyone would find out
that there's nothing difficult about it, no learning required.
With "gravity is a conservative force", I've heard that for a decade and those people cannot explain what
it means. At the same time I know what gravity is and what it is relative to. I can do the math. And I find
that helps.
I do have a lot of work to do on my build. It is going well but I have a lot parts to finish making. I want to
have it built so that I'll only need to make for more weight wheel assemblies and add more weight. And you
have shown where my discussing my work isn't a good idea. I've had to tolerate skeptics like you in here
and at besslerwheel.com. I just find it strange that people will spend time in a perpetual motion forum but
will have no interest in understanding what can allow for it.

p.s., if I get the work done that I'm doing, then with my next video I'll be able to mention it as it will allow me
to do testing of an actual wheel to find out if it can actually work. This gets into more math because more
weight means more dead weight while increasing the amount of torque generated by its overbalance. The
resistance in the bearings won't change much if I add several hundred pounds of weight to the wheel. That's
why bearings don't overheat when an axle is rotating at several thousand rpm. I've worked with such
equipment before which is why I know that.

p.s.s., I let a guy имя Сергей Я буду работать с ему. But first I need to show my work. It's just that his girlfriend
posted something to me in English about his work. She reminded me of Mt 67. Still, for what they're "on" about, I
already have a design in mind. And what they don't understand is that we'll need to be co-inventors. While it will
work, why give a business a free product? As for my Russian, o его, его oчень плохо.

I'll probably only finish a 1/4 section (allows for 2 working weight wheel assemblies to move) for now. It s a lot of
work which also includes pouring new weights. The 2 pictures are of how I make my own pulleys and how they are
mounted. And since I am handicapped, etc., plan on taking things slow.