Interesting concept. I'll have to give it some thought.
* Wonders who will be the first to Post breasts. *
If you insist:

Interesting concept. I'll have to give it some thought.
* Wonders who will be the first to Post breasts. *
Oh wow, YES! I didn't even think of that!Now, that's brilliant![]()
Oh wow, YES! I didn't even think of that!Now, that's brilliant![]()
I think we have our winner!
Now the problem is making it into an avatar.
![]()
Now the problem is making it into an avatar
![]()
I'll see your double helix, and raise you a double pendulum.
![]()
If you hold you arm limp, you can see that it will swing in much the same way.
Now you'll never see an unconscious person the same way, ever again.![]()
Sure, but why did you have to do it in that disgusting colour-schemeNow the problem is making it into an avatar.
![]()
Now the problem is making it into an avatar
![]()
![]()
You can thank me later.![]()
Alexander's band or Alexander's dark band is an optical phenomenon associated with rainbows which was named after Alexander of Aphrodisias who first described it. It occurs due to the deviation angles of the primary and secondary rainbows. Both bows exist due to an optical effect called the angle of minimum deviation. Light which is deviated at smaller angles than this can never reach the observer.
The minimum deviation angle for the primary bow is 137.5°. Light can be deviated up to 180°, causing it to be reflected right back to the observer. Light which is deviated at intermediate angles brightens the inside of the rainbow.
The minimum deviation angle for the secondary bow is about 230°. The fact that this angle is greater than 180° makes the secondary bow an inside-out version of the primary. Its colors are reversed, and light which is deviated at greater angles brightens the sky outside the bow.
Between the two bows lies an area of unlit sky referred to as Alexander's band. Light which is reflected by raindrops in this region of the sky cannot reach the observer, though it may contribute to a rainbow seen by another observer elsewhere.
My actual entry:
![]()
We use essential cookies to make this site work, and optional cookies to enhance your experience.