A green solution typically transmits or allows the passage of green light. It absorbs other colors of light present in white light and reflects or transmits the green wavelengths, giving it a green appearance.
The red color of cherry Kool-aid appears red because it absorbs most of the colors in the visible spectrum except for red, which is reflected or transmitted. This means that the Kool-aid solution absorbs colors like blue and green, while allowing red light to pass through or be reflected, making it appear red.
It depends on the concentration of the ammonia solution as the universal indicator can show a huge variety of colors.
acidic red, neutral green and alkali purple
Any colors other than red, blue, and yellow. Colors such as green, purple, and orange are all examples of non primary colors. green,purple,orange,violet, green,purple,orange,violet, green,purple,orange,violet, Wrong. Printing: yellow, cyan, magenta, plus black to make solid blacks. Televison: red, green blue.
Red, green and blue are the Primary colors. They mix to make the Secondary colors, like purple (from blue and red) or orange (from red and yellow). Colors that are mixed from two secondary colors are called complementary colors. To get green you would have to mix blue and yellow, which are both primary colors; so green is a secondary color.
The red color of cherry Kool-aid appears red because it absorbs most of the colors in the visible spectrum except for red, which is reflected or transmitted. This means that the Kool-aid solution absorbs colors like blue and green, while allowing red light to pass through or be reflected, making it appear red.
The nitrate ion imparts no color to a solution.
A: A TV has three guns one is red blue and green with these basic colors all colors can be manufactured by mixing the colors. Of course black as we see it as color is actually the absence of all colors
An Italian... what, exactly? I'll assume Italian flag - that would be Green-White-Red.
You can predict what colors will be transmitted and absorbed by a certain color of glass by looking at its composition and the specific wavelengths of light it allows to pass through. For example, red glass absorbs green and blue light, allowing red light to pass through. By understanding the absorption properties of different elements in the glass, you can predict which colors will be transmitted.
A green-colored solution would show the highest transmittance in the green region of the visible spectrum, corresponding to wavelengths around 500-550 nanometers. This is because the solution absorbs other colors and transmits green light.
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I would assume earth tone colors; brown, green, black, etc.
I'm not exactly sure but I think that this is the answer: You know the primary colors? Red, Blue and Yellow? That means that no colors can make them. Then I assume that secondary colors mean like the colors the the primary colors can make. Like red and blue can make purple. blue and yellow can make green. and yellow and red can make orange. So basically Orange, purple and green are the secondary colors. I hope that helps!! ;)
It depends on the concentration of the ammonia solution as the universal indicator can show a huge variety of colors.
Leaves that are green are an example of reflected and transmitted light.
When a solution appears red, it absorbs light of complementary colors (green and blue) and transmits or reflects red light. This means that the solution absorbs light in the green and blue portions of the visible spectrum, resulting in the red color that is observed.