Why does snow look white while water is colorless? When you read it, you’ll say, “Oh, really!”
May 17, 2024
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“Honestly!” This problem may seem insurmountable at first glance. However When it comes to crystals and snow, several things come into play. comes in. Without further ado Let’s
“Honestly!” This problem may seem insurmountable at first glance. However When it comes to crystals and snow, several things come into play. comes in.
Without further ado Let’s clarify this unknown.
To answer this question, let’s first look at what white is.
over white, white light is the combination of all colors and white is the absence of a color There are two different opinions about this. For example, we use bleach to remove all other colors from clothes and make them whiter.
In this case, white is in a sense It should be both the combination of all colors and the destroyer of colors. While all this may seem a bit confusing at first, we are actually talking about two different issues. These are white light and objects that are white.
Think of a diamond.
Glass, as we all know, is transparent. But if you break the glass into pieces with something hard, you will see a white color. This difference is caused by the interaction of light with a surface such as glass, It is not the same as interacting with a versatile surface such as broken glass. is caused by.
The same goes for snow. Mainly snow, a large number of ice crystals were found together. When a photon, an electromagnetic force, penetrates a layer of snow, it passes through an ice crystal on top.
It then changes direction slightly, sending it towards a new ice crystal, and the formation continues in this way. Actually all crystals reflects light in all directions and so the light returns from the snowdrift.
This also applies to all different light frequencies. All light colors are therefore reflected back.
The color of all frequencies combined equally is white. This is why this is the color we see in the snow. While The color we see in the ice crystals that make up snow is not white.
On the other hand, if you look at the glaciers, you can see that the snow sometimes has shades that are almost blue. This, It occurs due to the imperfect structure of the glacier and so snow absorbs red light and reflects blue light.
Again, it is not correct to judge snow as always white or blue. For example, algae grow on snow, It can also make snow appear in different colors.
Sources: LiveScience, How Things Work
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Ashley Johnson is a science writer for “Div Bracket”. With a background in the natural sciences and a passion for exploring the mysteries of the universe, she provides in-depth coverage of the latest scientific developments.