Answers:
Yeah, the sun. (Not to be confused with the "coma" of a comet.)
My first guess is the Sun, but upon further research I found that coronae have an intensely bright internal aureole which is almost white and fringed with yellows and reds. Sometimes to be exact all to be see but the better coronas have one or more successively fainter and sympathetically coloured soft rings surrounding the aureole. The first ring is bluish on the inside grading through greens and yellows to red outermost. The colours are subtle mixtures to some extent than the more direct hues of the rainbow. The corona can be 15o or so in diameter and repeatedly it shrinks and swells as different clouds scud across the moon.
The coronae is much smaller than the 22° halo which can also ring the sun and moon. The corona also have nothing to do beside the Sun's outer atmosphere visible during a total eclipse and confusingly given matching name.
Coronae are produced by the diffraction of flimsy by tiny cloud droplets or sometimes small ice crystals
Basically its a rainbow approaching ring around the sun or moon.
So the answer might be the ice crystals within the upper atmosphere of the Earth.
The sun.
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Yeah, the sun. (Not to be confused with the "coma" of a comet.)
My first guess is the Sun, but upon further research I found that coronae have an intensely bright internal aureole which is almost white and fringed with yellows and reds. Sometimes to be exact all to be see but the better coronas have one or more successively fainter and sympathetically coloured soft rings surrounding the aureole. The first ring is bluish on the inside grading through greens and yellows to red outermost. The colours are subtle mixtures to some extent than the more direct hues of the rainbow. The corona can be 15o or so in diameter and repeatedly it shrinks and swells as different clouds scud across the moon.
The coronae is much smaller than the 22° halo which can also ring the sun and moon. The corona also have nothing to do beside the Sun's outer atmosphere visible during a total eclipse and confusingly given matching name.
Coronae are produced by the diffraction of flimsy by tiny cloud droplets or sometimes small ice crystals
Basically its a rainbow approaching ring around the sun or moon.
So the answer might be the ice crystals within the upper atmosphere of the Earth.
The sun.
Related Questions:
How lots of my electronics can a principal solar panel power?
so i asked this question before but i guess i didn't ask it right because i didn't really get the answer i be looking for... so im gona try this approch. so based on an average 40" lcd tv and its power consumption. id like to know how to power that...