Short Story: The Sun, Colors and Light

It reminds us when stars are looking through the sky. One day when you go out. And your eyes are greatest. Shortly after they left, light quickly disappeared. But then I came back. I do not know if I can handle it or not. When you know that I truly need you, you will come back. Leaving my debris, you can not leave like this. You can not but you do it. Because when you leave my mind, when you enter the sky of the world my thought is free. You know I am talking about the sun.

The reason that the color of the moon seems to change is due to the reflection of visible light from the sun. Since the moon does not have its own light, it relies on reflected light of the sun to create moonlight and change color. When the sun's rays pass through the Earth's atmosphere, the moon catches the light from the sun and reflects it to the earth, so the reflection of light from the sun appears to change the color of the moon. When the moon reflects the sun's rays to the earth, the rays travel through the Earth's atmosphere at different wavelengths, and then produce visible light of different colors.

Light has a spectral color (like the color in the rainbow). White or incandescent light from the sun (white light producing light from intense heat) contains all the colors of the spectrum. Prism or water droplets break white light into spectra. Paint also produces other colors such as brown, which do not exist in the spectrum. Mixing light increases the light. When shooting and mixing the lights of two colors, the total becomes bright (bright), the color saturates at least slightly (it gets bright). ) And is close to colorless or white light). For example, red and yellow add more orange light than light, light becomes more saturated (softens). Carefully chosen yellow and blue lights together produce bright, colorless, colorless light that is brighter than yellow and blue light.

To be a good paint, first of all, you must have a beautiful and bright color. The way the pigment develops color is by illuminating them, which absorb some, but not all, of the color of light. For example, white light is a mixture of light of multiple colors. For example, red ocel is also called hematite, also called iron anhydrous (Fe 2 O 3), absorbs yellow, green and blue light. Reflected light is red - orange. When photons (particles of light) collide with electrons in the pigment and are absorbed, light is absorbed and electrons of that energy move. However, quantum mechanics says that electrons can not absorb energy. The specific energy (and color) it absorbs depends on the placement of the electrons in the material and the placement of the electron depends on its chemical nature.