English (cc)
Hey everybody, Rich- Mr. Thrive & Survive
Guys, I think maybe I woke on the wrong
on the wrong side of the bed this
morning. I want to get into a little bit
of hypothetical. This is going to be
starting to get into how I think things
may be working on the model but I've got
a little bit of a bone to pick again
with somebody. I wouldn't really probably
do this but the guy attacked me and he
attacked a bunch of others which is
fine, people do that all the time, usually
the lower intellect I have found, and of
course there was no exception with this
one in fact this is one of the lower in
intelects I've found since, well since
somebody came up with some kind of hoax
idea in Australia. I believe it is a hoax,
at least partially, but I don't know
about the person that's promoting it. In any
case, I want to show you here something
again. This is hypothetical and let's say
that the sun here is inside of an encased,
I want to say: "a glass tube"; how's that.
And we have positive forces magnetic
forces on the outside and I'm trying to
show how far in where those magnetic
forces go into the glass - and then you
have the Sun itself which is a negative
force. By the way, electricity and
magnetism flows negative to positive so
for me the Sun is most likely negative
since we feel the, I believe the
electromagnetic forces of the earth as a
push. And this is what comes into play
with the tides and things like that. In
any case the blue area here represents
where it's more of a negative inside of
this encased thing here. Now let me show
you how the Sun could go back and forth
in this. I want you to pay attention to;
I'm not a great animator but I've tried
to make it so it slows down as it gets
towards the end here and slows down
towards the end here and moves fastest
in the middle. So let's take a look at a
little animation here...
There you go! As you can see, it's moving
back and forth from one end to the other
and all it takes is magnetism. It just
keeps pushing it back and forth and back
and forth. This is the idea behind a lot
of people that are talking about free
energy and because you know you've seen
all these different things you can do
with magnetics where you can have these
things floating. I can't remember the
theme off the top of my head, Where you
can just spin it and it just spins and
spins and spins and you've got these
people that have been able to spin all
kinds of different things for ungodly
amounts of time through magnetic forces.
Well, I'm gonna suggest...Well I need
to paraphrase first, sort of I have to
say you guys know if you've seen some of
my videos back a little ways I am NOT
into the circular earth argument
necessarily. I lean more towards a,
actually a rectangle is what I believe
the earth more is is a rectangle but
this idiot; I will call him because
that's what I believe is intelligence
level to be, said there's no way you can
possibly ever show that the Sun would
work on around Earth because it's got to
speed up when it's over the the southern
part of the oceans versus when it's in
the north because it's got to travel a
farther distance. Well this is a result
of people that can't think that outside
of the box
I call it one-dimensional thinking. Now I
know with spatially, with things I'm one
dimensionally thinking. I'm not good
spatially, but this someone hit me with
this very early in the Flat Earth
movement and I think it took me about
three minutes to realize that this was
possible. The Sun does not speed up or
slow down even though it covers more
ground on a circular Flat Earth map in
the winter in the Northern Hemisphere
winter than it does in the summer. And
first let me overlay this here, so that
you can see where I'm going with this..
Tropic of Cancer Tropic of Capricorn
equator, spring and fall, and it's coming
up to summer.. northern hemisphere moving
towards winter now.. it's winter heading
back towards summer. You see how that
would work.
All right, the back-and-forth hopefully
that makes sense right there so I'll
stop the animation. So here we've got our
typical circular Azimuthal Equatorial
flat earth. Again this is not the model I
prefer at the moment. I prefer the
rectangle but I do want to show how the
Sun does not move any faster in the
winter than it does in the summer
because the winter has to go a much
bigger distance right? A larger
circumference than it does in the summer
and if you have one dimensional thinking
you cannot possibly think of how that's
possible.
This guy says it's absolutely impossible.
I've proved it all right; let's take a
look: Okay, here we've got Big Ben. It's
the best example I could use. Let me see if I
can get a little closer here. I think Ben
is a bad example becsuse, in one way
because it's very hard to get colors to
show on this when I put overlays and
you'll see that in a minute.
I've finally got a couple colors that I
can show. Here's the hands of a clock.
Alright, here's the center point we say
but you'll see what I say in a minute.
Anyway the clock goes around once per
hour. It'll end up back on this time
right here which is '10 of the hour'. In
one hour, it'll be '10 of the hour' and if
you place an object on here... Let's go
ahead and do that. It will take one hour
for this object to go all the way around
this outside circle right here. I'm on it
and come all the way back and It'll take
one hour. Let's say this circumference is
one meter...one yard. So it takes one hour
to come around. Now what people want to
say is that it's traveling faster out
here. See guys, you need to look up...
There's a difference between velocity
and speed. Don't believe me! Look it up!!
Big difference between velocity and
speed! Big difference! And there's a big
difference here with how fast something
has to be moving. Just a different way to
look at the same concept. So it took 1
hour for it to go one meter. Si it's
traveling at 1 meter per hour. Correct?
Well let's add something else to the
scenario here... uh-oh
now we got a red dot on
this inner circle. This is only half a
meter in circumference. One meter, half a
meter! They're both going to go around
and come back in the exact same hour to
the exact same point. Except this one
will travel one meter per hour and this
one will travel half a meter per hour.
We'll say the circumference of this is
half a meter, half a meter, one meter. They
both traveled...although you can
mathematically... This is why mathematics
can't prove anything! You can only
explain. It'll explain how much distance
it traveled BUT they both go around at
the same rate: One revolution per hour!
That is the way to look at a lot of
things you people already start to argue
this sun-earth thing..Well, you 
take the shadow of the moon and you
bring it down to the Earth's surface and
it's a different circumference. Oh please!
"Rotations, in a certain period of time."
That's where it's at.Science always
wants to give you this: "Miles per hour or
meters per second or whatever because it
throws you off revolutions in a given
time! Or time revolutions per time. "R"
over "T" how's that? That is how we need to
look at things because the other way is
a little bit of sleight of hand. All
right, now that you've got that down
let's take a look at this now again guys.
I'm not the best animator in the world.
Imagine the very edges of the ice ring
being all "negative". All negatively
charged and then you have the edge here
which is on this outer edge, "positively"
charged. So this would constantly be
repelled against it which would keep it
moving. So what if you had the Sun which,
I'm convinced is behind glass anyway, in
the same sort of thing I showed you
where it goes between negative and
positive. Whether different magnetic
forces push the Sun back and forth you
I'll go ahead and start it so you can see
what I'm saying. There... as it goes around,
it doesn't matter how far away it is
from the equator or the pole whatever!
Let's make it one revolution every 24
hours again I'm not the best animator.
This is going to be a little off, but I
think you get the point!
The point is: Revolutions per hour! The
Sun is not going faster or slower. It's
covering more ground yeah, but it's down
here and less ground when it's up here.
But isn't it doing one revolution? Is
this thing speeding up and slowing down
though it's moving at the same rate of
speed? Whatever that is?
Every stinking day right... Yes it is! Let's
show it again because my animation might
be a little off but you get it, and of
course as the year goes on, the Sun is
going to move one direction or the other.
Depends on where the last part it was
repelled from. Not only that, but this's
where it slows down because the it's
starting to feel the force from the
"negative force" that it's exerting and
that was the "negative"- starting to feel
that "repelling positive"; that's where it
slows down. This is where we get at most
solstices where we get this. The Sun just
seems to stick forever at both solstices
and in the middle, the Sun moves fast!
More on that later. I wanted to make this
very simple. Prove the idiots who think
they've just 'got it down' that there's no
way this can work on a circle. Well, 
take care guys, I had to have a
little fun today... Bye!
