MyLordMySavior
MyLordMySavior
The sun is marginally further away than the moon, so when the moon passes in front of the sun it eclipses it. Both the moon and the sun are about the same size.
What's considered marginally? I still want to know your numbers. Exactly how far above is the sun and moon from the atmosphere?
Also, all this miles talk got me thinking in miles. I meant feet haha, how awesome it would be to be that far above the earth though...
During an eclipse, they appear to be the exact same size and you say they are about the same size... once again, it would have to be SIGNIFICANTLY farther away because if they're the same size...and when we look into the sky during an eclipse they are the same size.... that would mean they are either extremely dangerously close to one another or very far away from each other.
Just hold up your thumbs- relatively the same size, right? Let one be the sun and moon, and now do an eclipse. Almost on top of each other, they're the same size... because they are. Same distance, they're the same size. Now start creating distance..... close one eye so you can focus better...you'll see your "moon" thumb becomes bigger and bigger and your "sun" thumb becomes smaller and smaller.... even if you move you "sun" thumb just an inch away from the "moon" thumb they no longer appear to be the same size when you line them up as an eclipse.
Now, your theory works if they are almost on top of each other being the same size.
But now my theory has a problem, because the the "sun" is losing size the farther away it goes... so wouldn't that declare my theory wrong? No....
The way this would be fixed is if the sun was significantly bigger than the moon. MUCH bigger. Example, you saw the thumb being the sun...but now(while still holding the thumb significantly far apart) let's make it your entire fist. Woah, suddenly your fist is either bigger or the same size as your thumb even with it far away. And this is what science says, that the sun is MUCH bigger than the moon. The only way the sun could be the same size as the moon in an eclipse would mean it's distance would have be millions of miles away...and what do you know... that is what science says.
Is this a clearer example?
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