The Flat Earth Society
Flat Earth Discussion Boards => Flat Earth General => Topic started by: cartwheelnurd on December 09, 2012, 08:18:58 PM
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Auroras are caused by charged particles emitted from the sun interacting with the earth's magnetic field.
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Auroras are caused by charged particles emitted from the sun interacting with the earth's magnetic field.
I know that, but I wonder if the tiny FE sun can produce enough of them to show the effects we see, and why they only show up in the north and south
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
What he means to say is "I have no idea".
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
What he means to say is "I have no idea".
How did you manage to get that from what I wrote? I know they happen, I've seen it myself. Visit www.rif.org (http://www.rif.org) for more information.
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
What he means to say is "I have no idea".
How did you manage to get that from what I wrote? I know they happen, I've seen it myself. Visit www.rif.org (http://www.rif.org) for more information.
err... because you failed to answer the question.
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
Well done! Way to answer the question eh
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AHy do auroras, like we see in the north and the south of th world, happen in FET? and why do they occur only in the northern or southern hemispheres?
Ofcourse they happen in FET. Otherwise they wouldn't be happening.
Sorry, I typed Why but it came out AHy.
Still, I have seen people denying meteorites exist.
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Auroras don't work in flat earth faith. This is because magnetic field lines don't fit into the model very well, definitely not the way in which auroras would be able to form.
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lol, thiz thread made my half an hour or so. im keeping this in my back pocket for next time i get stumped giving a talk.
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lol, thiz thread made my half an hour or so. im keeping this in my back pocket for next time i get stumped giving a talk.
WHat makes it so funny?
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lol, thiz thread made my half an hour or so. im keeping this in my back pocket for next time i get stumped giving a talk.
WHat makes it so funny?
the lack of answers or more specifically the amusing way it was not answered.
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I would love to know the answer to this, because the physics I learned at university doesn't have any magnetic fields where one magnetic pole can encircles the other, yet both have similar field densities.
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I imagine it is a consequence of aetheric eddies interacting with the Earth's magnetic field, but aether is nowhere near a fully-developed concept, so at the moment I would say this idea is sketchy.
I would love to know the answer to this, because the physics I learned at university doesn't have any magnetic fields where one magnetic pole can encircles the other, yet both have similar field densities.
Could you expand on this? I don't really understand what you are saying.
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http://theflatearthsociety.org/wiki/index.php?title=Aurora (http://theflatearthsociety.org/wiki/index.php?title=Aurora)
On the Flat Earth the Aurora, also commonly referred to as the southern and northern lights, are a luminous atmospheric phenomenon that generally appear as bright colorful bands of light. Auroras are often visible in the night sky in both the northern and southern hemidisks of the Earth.
Auroras are believed to be caused by charged high energy particles from the solar winds that are trapped within the magnetic field of the Earth. As these charged particles spiral back and forth along the lines of the magnetic field, they become visible nearest to the north and south magnetic poles where these magnetic lines become vertical and interact with the atmosphere of the earth.
The bright visually pleasing colors commonly associated with auroras are the result of electrons colliding with oxygen and nitrogen molecules in the Earth's atmosphere. As these molecules become energized, then cool from their energized state, they emit actual light that can be seen by the naked human eye.
Auroras, both the northern and southern lights, can most frequently and easily be seen during the winter months within a 2500 km radius of the vertical magnetic field lines. This area is also known as the auroral zone.
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http://theflatearthsociety.org/wiki/index.php?title=Aurora (http://theflatearthsociety.org/wiki/index.php?title=Aurora)
On the Flat Earth the Aurora, also commonly referred to as the southern and northern lights, are a luminous atmospheric phenomenon that generally appear as bright colorful bands of light. Auroras are often visible in the night sky in both the northern and southern hemidisks of the Earth.
Auroras are believed to be caused by charged high energy particles from the solar winds that are trapped within the magnetic field of the Earth. As these charged particles spiral back and forth along the lines of the magnetic field, they become visible nearest to the north and south magnetic poles where these magnetic lines become vertical and interact with the atmosphere of the earth.
The bright visually pleasing colors commonly associated with auroras are the result of electrons colliding with oxygen and nitrogen molecules in the Earth's atmosphere. As these molecules become energized, then cool from their energized state, they emit actual light that can be seen by the naked human eye.
Auroras, both the northern and southern lights, can most frequently and easily be seen during the winter months within a 2500 km radius of the vertical magnetic field lines. This area is also known as the auroral zone.
What does this prove?
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What does this prove?
If you don't want to know the answer, don't ask.
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Thanks Wilmore for a proper answer... Tom Bishop, not so much
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What does this prove?
If you don't want to know the answer, don't ask.
If you don't want to answer the question, don't post.
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What does this prove?
If you don't want to know the answer, don't ask.
I don't really know what you mean by this. What have I said that says I don't want to know this?