Two Questions: The Atmosphere and FE's Heat Source

Two questions:

1. If gravity doesn't exist, what holds the FE atmoshpere in?

2. If heat comes from underground in FE, then how come when clouds cover the sun it gets noticably cooler?

1. If gravity doesn't exist, what holds the FE atmoshpere in?

Nice spelling, dude!

Three words: The Ice Wall.

2. If heat comes from underground in FE, then how come when clouds cover the sun it gets noticably cooler?

This whole "heat from underground" debacle is ridiculous, it's only in the last few weeks or so that I've seen it being discussed. Heat comes from the Sun.

This whole "heat from underground" debacle is ridiculous, it's only in the last few weeks or so that I've seen it being discussed. Heat comes from the Sun.

The real sun, or the one 32mi in diamete0r one that defies telescopes?

Quote from: ROUND000 on June 19, 2008, 04:11:46 PM

1. If gravity doesn't exist, what holds the FE atmoshpere in?

Nice spelling, dude!

Three words: The Ice Wall.

Quote from: ROUND000 on June 19, 2008, 04:11:46 PM

2. If heat comes from underground in FE, then how come when clouds cover the sun it gets noticably cooler?

This whole "heat from underground" debacle is ridiculous, it's only in the last few weeks or so that I've seen it being discussed. Heat comes from the Sun.

You think a wall of ice holds the atmosphere in?! Go ahead, prove that a wall of ice holds a bunch of gas in.

Use the search function and research the answer to your question.

I don't know if it's worth my 5 minutes to find something made up by someone.

Then get off this site.

Not yet, I haven't proven my point.

Not yet, I haven't proven my point.

What about an invisible 40,000 ft ice wall, would that hold it in?

Invisible?!?! Do they really believe that?!?!

Quote from: ROUND000 on June 19, 2008, 05:33:52 PM

Not yet, I haven't proven my point.

What about an invisible 40,000 ft ice wall, would that hold it in?

Sheeh, it's so simple even an RE'er like me can understand it.  The 40,000 (or so) ft high ice wall keeps the atmolayer contained within the inhabited plane of the flat earth.  The Universal Acceleration of 9.8m/s² keeps the atmolayer from spilling over the rim of the ice wall.  Now is that so hard to understand?

1. The atmocylinder isn't held in though. The atmocylinder goes through a cycle in which the outermost atmosphere gets pushed off the planet due to spreading faster than the Earth itself and is replaced by the elements that we run into as we go upward. I call it the Atmocylinder Renewing Cycle.

2. Heat mostly comes from underground. However, a little bit of it comes from the sun.

Quote from: Penispoop agogo on June 19, 2008, 05:38:16 PM

Quote from: ROUND000 on June 19, 2008, 05:33:52 PM

Not yet, I haven't proven my point.

What about an invisible 40,000 ft ice wall, would that hold it in?

Sheeh, it's so simple even an RE'er like me can understand it.  The 40,000 (or so) ft high ice wall keeps the atmolayer contained within the inhabited plane of the flat earth.  The Universal Acceleration of 9.8m/s² keeps the atmolayer from spilling over the rim of the ice wall.  Now is that so hard to understand?

Are there any pictures of a 40,000 foot wall of ice?

Quote from: markjo on June 19, 2008, 05:55:42 PM

Quote from: Penispoop agogo on June 19, 2008, 05:38:16 PM

Quote from: ROUND000 on June 19, 2008, 05:33:52 PM

Not yet, I haven't proven my point.

What about an invisible 40,000 ft ice wall, would that hold it in?

Sheeh, it's so simple even an RE'er like me can understand it.  The 40,000 (or so) ft high ice wall keeps the atmolayer contained within the inhabited plane of the flat earth.  The Universal Acceleration of 9.8m/s² keeps the atmolayer from spilling over the rim of the ice wall.  Now is that so hard to understand?

Are there any pictures of a 40,000 foot wall of ice?

Yes, it looks something like this: 

This whole "heat from underground" debacle is ridiculous, it's only in the last few weeks or so that I've seen it being discussed. Heat comes from the Sun.

A 32 mile diameter sun 3000 miles away provides all of our heat??  What causes this heat from this sun?  And is it a disc or a sphere?

2. Heat mostly comes from underground. However, a little bit of it comes from the sun.

Is that why it's so much cooler in the shade?

No, the FE is just ignoring another hole. What else is new?

With the exception of a few trolls (and narc who is half troll, half jester), no one I know believes the majority of heat from the earth is from internal processes.

With the exception of a few trolls (and narc who is half troll, half jester), no one I know believes the majority of heat from the earth is from internal processes.

I love you Ski

This can only end awkwardly...  We're from two different worlds. Yours is round and completely fantastic in the classical sense of the word. Mine is elegant and observable.  You'll find someone else though; have no fear.

With the exception of a few trolls (and narc who is half troll, half jester), no one I know believes the majority of heat from the earth is from internal processes.

Come on Ski, next thing you know you'll be telling me gravity exists.  

How can a 32 mile diameter sun produce enough heat to heat the globe?  And is the sun itself a sphere or is it a disc.

Well a 32 mi sun wouldn't heat the earth if it was billion of miles away, if that's what you're asking.

And gravity is never a force unless you're lying to primary school children.

This can only end awkwardly...  We're from two different worlds. Yours is round and completely fantastic in the classical sense of the word. Mine is elegant and observable.  You'll find someone else though; have no fear.

But atleast your mind is still on the planet, be it flat or otherwise

What holds a 32 mile diameter star together? In order to produce the amount of radiation required constantly over the life of the Earth and presumably, for billions of years more?

While it is true smaller stars sustain fusion for longer than massive stars, they must achieve a mass limit before undergoing fusion? A sphere 32miles across is too small. Is the FE sun even a sphere? If it is a disc, then an energy source is even more problematic.

What is the method of heat generation and light production in the FE star?

I don't think it is fully known. It's thousands of miles away and few FE'ers have access to the instruments that would assist them to find out. I suspect fusion or fission, though I could not say with certainty.

What holds a 32 mile diameter star together? In order to produce the amount of radiation required constantly over the life of the Earth and presumably, for billions of years more?

While it is true smaller stars sustain fusion for longer than massive stars, they must achieve a mass limit before undergoing fusion? A sphere 32miles across is too small. Is the FE sun even a sphere? If it is a disc, then an energy source is even more problematic.

What is the method of heat generation and light production in the FE star?

1. You're not going to get an answer
2. If you do, it will most likely involve a petty squabble over semantics and skepticism until you both forget what you were arguing about in the first place
3. If you happen to win an argument, the thread will die as the usual trolls run out of excuses to continually prying questions, and stop posting in the thread as everyone else follows

Plus, do you really think anybody would have done enough research to have an answer that makes sense? Cause to answer it calls for a lot of explanation

Well a 32 mi sun wouldn't heat the earth if it was billion of miles away, if that's what you're asking.

Well, the FET states that it is only 3000 miles away, is this what you believe?  And is it a disc or a sphere?

I suspect a sphere, though to be honest I have only personally observed it from a telescope a handful of times.

Ski:
Why do you suspect a sphere? What makes you think the Earth would form a disc but the Sun would be a sphere? FE's tend not to believe in gravity as an influence for drawing mass together.

What holds the Sun together? The amount of radiation that the Sun produces, even the small FE Sun is incredible. What acts against the massive pressure exerted by this?

Photoelectric suspension?