jackblack, you are an underachiever.
I get it, your complete lack of any serious accomplishment in your life, combined with your inability to think through quite simple things, and continually being refuted results in you throwing a tantrum like this.
But I don't care.
Take a look at my big beautiful formulas:
Does your worthless crap in any way explain what magic is holding the atmosphere on a flat Earth? If not, I DON'T CARE!
You cannot make the distinction between the radius of curvature and the radius of a circle
I can make the distinction, as already explained to you, which like the typical lying coward you are, you fled from.
In order for your radius of curvature to be significant, it must be the LARGEST.
Otherwise, you can have any size universe.
Consider a standard ellipse with a semi-major axis of a and semi-minor axis of b.
The curvature at min and max are a/b^2 and b/a^2.
And as by definition a is larger than b, the maximum is a/b^2.
And the radius is given as 1/curvature, so the minimum radius is b^2/a
i.e. r = b^2/a
We can rearrange this to get b^2=r*a which gives b=sqrt(r*a)
Or we can get a=b^2/r, which I think is more useful.
So lets set out minimum radius of curvature to 1 m.
Now, lets make the narrow portion of this universe just 1 light year wide, i.e. 9.46*10^15 m.
Well that gives us a universe that is 9.46*10^15 light years long.
We can go even bigger.
Lets make the universe 13 billion light years wide.
That gives us a universe that is 1.23*10^26 light years long.
So with that, there is no limit to the size of the universe.
Which makes all your claims based upon it pure BS.
In order for it to be meaningful, it needs to be the LARGEST radius of curvature, which means the curvature can only ever be smaller than it, so the entire universe must be smaller than a sphere of that radius.
And again, this has nothing to do with the topic at hand. It is just a demonstration of your stupidity/dishonesty/both.
I wont be commenting on it again in this thread other than to further highlight your blatant lies.
Now again, care to tell us what magic keeps the atmosphere on?