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How To Cure Eye Floaters Easily, Naturally,and Forever. HowToCureEyeFloaters Eye floaters are those small spots that literallyfloat around in your field of vision and sometimes they are paired with flashes of light.How to cure eye floaters web site is dedicated to giving you the latest information and resourceson curing eye floaters easily, naturally and forever. Please click our link above to visitour site. Related Search Terms:what are floaters eye problemseye floaters

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Should You Eat Yourself

Hey, Vsauce. Michael here.And Jake. And Kevin. And we are in Santa Monica, which of course means that the quot;Vquot; in quot;Vsaucequot;will stand for the Roman numeral five, as in five questions from you guys. Our first question comes from quot;@notchquot;. He didn't ask this of me in particular,but I love how nonintuitive the answer is.Assume

an Earth that's perfectly spherical and a rope, stretched around the equator snugly. What would happen if that rope was just,say, six meters longeré Six meters isn't very much, but because of the relationshipbetween a circumference and a radius, six meters of extra rope would allow theentire rope to not fit snugly around the earth,

but one meter above it, all the way around. That's cool, but what if instead of a rope we used something more rigid, like a structure, a bridge and we built the bridge all the way around the Earth. And then, all at once, destroyed its supports. Would it floatéClearly the earth's gravity would pull the structure down,

but down is in the opposite directionfor the other side of the bridge. Well, it turns out such a scenario would be incrediblyunstable. Earth's gravity isn't equal everywhere, and if you follow @tweetsauceyou saw some great graphs showing just how much gravity changes, simply based on the density of rock below. When you factor in the Sun and the Moon,you wind up with a bridge structure that is not gonna stay where it is.If the bridge itself was indestructible, it would start

violently hula hooping around theearth, crushing things. But there's no known material strong enough to do that.Instead, you would wind up with bridge pieces flying everywhere. A sphere around the earth would be a bitmore stable, but a ringé Not so much. The ring, even if spinning, would rapidlybreak apart into smaller pieces. Last week you guys asked me a questionthat I have always wondered. Let's say I was stranded in themountains, waiting for rescuers to arrive,

but it was going to take a while.I had plenty of snow and plenty of water, but I was hungry dying of starvation would it make sense to amputate one of my legs and eat itéI mean,

What Color Is A Mirror

Hey, Vsauce. Michael here.And today we are going to talk about color. (Green Green, Green Green).quot;Goldquot; on, let me just quot;Pinkquot; this up. quot;Yellowéquot; quot;Michael, quot;Orangequot; you going to come to theconcert this eveningéquot; quot;I quot;Redquot; about that, there are going to bea lot of quot;Purplequot; there.quot; quot;I didn't quot;Tealquot; you about this earlieréquot; quot;Well, look, I have to go quot;Brownquot; town first,but I'll be quot;White Black.quot; Colors.

Did you know that the human eye can differentiate10 million different colorsé But what color is a mirroré You might say quot;silver,quot; because mirrors areoften illustrated that way, and, to be sure, they are made out of silver or silvery thingslike aluminium. But a mirror, in reality, is whatever color you point it at. In this Green Room, the mirror is green. Andif you look inside a mirror, it becomes quot;youcolored.quot; An object is whatever color it doesn't absorb.These sticky notes are orange because when hit with typical white light, they absorbevery other wavelength of visible light, except

for orange, which they diffuse into your eye balls. But a perfect mirror reflects all colors equally.So, in a way, you could say that a mirror is white, except a mirror doesn't reflectcolors in the same way that pigment does. A mirror reflects incoming light in a singleoutgoing direction specular reflection, not diffuse. This kind of reflection creates animage of the very thing in front of the mirror. So, as Bad Astronomy jokes,a mirror is more of a quot;smart white.quot; But wait a second, that is a quot;perfectquot; mirrorand we live in the real world where there are no perfect mirrors. Every mirror absorbsa little bit of light, not enough that it

matters, I mean, it looks pretty clear tome, but when you take a look at the spectrum of light reflected by a typical mirror, youwill find that it best reflects light within the 510 nanometer range, which we perceiveas green light. So, technically, a mirror is a tiny, tiny, tiny bit green. You may have noticed this yourselfwhen investigating a quot;Mirror Tunnel.quot; This happens when two mirrors face each other,reflecting the same scene back and forth, and back and forth, and back and forth. Witheach new reflection, a little bit more visual light is lost, but green least of all. That'swhy the reflection way down the tunnel is

dimmer and greener. So maybe real world mirrors aren't quot;smartwhite,quot; they're actually kind of green, but we should talk about white. quot;En español, quot;whitequot; es quot;blanco.quot; quot;En français, quot;whitequot; est dit quot;blanc.quot; And in English we have a word that comesfrom the same route. Black, which is the opposite of white. How did that happené Well, it turns out that all of those wordscome from the same ancient ProtoIndoEuropean

root word quot;Bhleg,quot; which meant quot;shine,quot; quot;burn,quot;quot;flash.quot; Some languages took it to mean the brightness of the flash: quot;white.quot; While otherstook it to mean what's left behind: the burned, quot;black,quot; darkness. If you have blue eyes, your eyes aren't actuallyblue, in the sense that the molecules inside them are absorbing all other wavelengths ofvisible light and diffusing the blue. No, no, no, instead, your eyes are blue for thesame reason that the sky is blue: interference. In our sky, light from the Sun encountersmolecules of air and because of the size of those molecules, light of longer wavelengthscan slip on by, but shorter wavelengths crash

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