Rainbows

Yes, but they're noticed much less often, and are called "moonbows". They're

naturally much dimmer than the daytime variety, with colors much less brilliant.

The set-up is the same, with the moon being the source of light. The moon is directly

behind you, in a clear patch of sky, and the air directly in front of you has a lot of

water droplets in it, either from a recent rain, or even a very heavy fog.

The radius of the circular moonbow is 42 degrees, and its center is directly opposite

the moon, exactly as in the daytime rainbow.

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Not if you're on relatively flat ground. The rainbow you see can be a complete circle

if you're on a high place looking down into a valley, or if you're looking down out of

an airplane.

Her full name appears to be Rainbow Dash.

Every color that the human eye can detect, every shade of paint that was ever

mixed, every nuance of tone ever suggested by light, every hue of fabric that was

ever dyed, all the thousands of named colors and thousands more that were never

yet named, are all in the rainbow. The number of them that you can pick out is

limited only by the ability of your retina to distinguish between colors with nearly

equal wavelengths.

No. However, I saw some of them mixed in a little

Light rays from the sun enter suspended raindrops in the sky after a shower. The
light enters the droplets and total internal reflection occurs, and the rays are
reflected outward, close to the direction back to the sun again. In the reflected
light, the colors are slightly spread out.
So, if the sun is in front of you, or to the side of you, then the light rays that are
reflected and come out of the raindrop are not headed in your direction, and you
can't see them.

Because the angle formed by a line
(from the sun) --> (to any point on the rainbow) and then --> (to your eye),
is always the same angle, for any point on the rainbow.

The only way that can happen is if the rainbow looks to you like a part of a circle.

The rainbow is almost always in the day sky, produced by sunlight.

Very rarely, one can appear in the night sky, produced by moonlight.

roygbivso green

Because at every point IN the rainbow, the angle between the direction to

the sun and the direction to your eye has to be the same angle. The only

bunch of points that can satisfy that requirement is a bunch of points that

are all on the same circle.

A laser beam consists of a single frequency of light, therefore it cannot form a spectrum or rainbow.

from my experence i think it is water because it only happens after rain and during sunny days and you put your house to mist you can see the rainbow

Mixing the light colours of the rainbow will produce white light (i.e. daylight).

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If you say they are, then they are. Leprechauns are made-up, so you're free
to give them any characteristics you'd like them to have.

Seems to me I've heard that leprechauns live at the end of rainbows. If so, then
that would suggest that there's something about the end of a rainbow that attracts
them. (Maybe it's the fact that, like them, the end of a rainbow doesn't exist.
Ya reckon ?)

It is when there are two rainbows on a place rather than so above one rainbow is another therefore double rainbow

Because in order to make a rainbow, there has to be water in the air.

As long as the sun is behind you in a clear patch of sky

and the air in front of you is loaded with water droplets.

There's a broad band of wavelengths of light coming from a rainbow. They range

from wavelengths that are too short for your eyes to detect, all the way to

wavelengths that are too long for your eyes to detect. Within that band of

wavelengths is the total band that your eyes can detect, and you see them

as a spread out display of all the colors that your eyes and brain can work

together to perceive.

Rainbows form when sunlight is dispersed and refracted by water droplets in the atmosphere. The different colors of the rainbow are a result of the different wavelengths of light being separated as they pass through the water droplets. This dispersion causes the visible spectrum of colors to be displayed in the sky.