Red - Yellow light is a mixture of red and green light. When a magenta filter is placed in front of it, the filter would allow the red light through, but not the green, making it appear red through the filter. Anyone who listens to 'Anonymous' over me will see I am right when they pick up a set of filters.
A sign can be lit up in various ways, such as using LED lights, neon lights, or backlit technology. These lighting methods enhance visibility and make the sign stand out, especially at night or in low-light conditions.
Actually blue and red don't make purple. You can test this out yourself by mixing any blue and red paint. The result will--at best--be a muddy purple, certainly nothing like the purple we all know and love. The color wheels and color mixing methods most of us learned in school are incorrect. Red, blue, and yellow are not primary colors. The true primary colors are Magenta, Cyan, and yellow. That's why your printer takes those colors. If the primary colors were red, blue and yellow, those would be the colors your printer uses. Magenta, Cyan, and Yellow are called the subtractive primaries, because you start with white, and subtract portions of the light spectrum, until you reach black. So for instance, you start with a white piece of paper (the full spectrum is being reflected), and add magenta paint. You have now subtracted the green portion of the spectrum, which is absorbed by the magenta paint, and reflected the remainder of the spectrum, which we perceive as the color magenta. The secondary colors in subtractive color mixing are red, blue, and green. Magenta + cyan = blue Cyan + yellow = green magenta + yellow = red all three = black Now before I explain why light is different, you should know that there is no such thing as perfect primaries in paint, ink, dye, and other subtractive pigment based colors. What works in theory, does not work as well in practice. The biggest problem is that there are no primary pigments that can actually absorb all the spectrum, so you can never get dark black and good shades of colors. So that's why printers also have a black ink cartridge. Also, it's hard to find a good magenta, and cyan is not labeled as such in most artist colors. To understand light, it's important to know that your eyes only have three color receptors, called cones. We have red, blue, and green cones. So it can be said that the entire color spectrum can be broken up into three even segments of red, blue, and green light. All colors we see are made by stimulating the three cones in our retinas to varying degrees. Now light color mixing is the additive process. You start from dark (no light) and gradually add portions of the spectrum. The additive primary colors are Red, blue, and green. These are the colors you have in your computer monitor, and your TV. And they are also used in theatrical stage lighting. So in this system, you start with a dark room (or a computer screen), and then you turn on a red light. When you do this, you are seeing 1/3 of the light spectrum. Turn on a green light, and you are seeing 2/3 of the spectrum, Turn on a blue light, and you have white light. This is why it's called the additive process. In the additive system: Red + blue = magenta Blue + green = cyan green + red = yellow. all three = white light. By the way, just like your printer has black ink to help with creating deep black and shades of colors, your eyes have rods, which only "see" dark and light. The rods are like the black cartridge in your computer. It's a complicated subject.
All visible color light waves together make up white light. White light is a combination of all the colors in the visible spectrum, which can be seen when light is dispersed through a prism.
Pixels - short for 'picture elements' - are the microscopic 'squares' that make up digital TV & computer screens. They're also used in giant information boards at places like football grounds - for advertising and scoreboards. The only difference with the ones at football grounds - is the size of the components that make up the pixels !
any color can not make red because red is a primary color
Red is made using Magenta and yellow. Look up the CMYK color system for a diagram,
The colors that make red are yellow and orange
Red is made using Magenta and yellow. Look up the CMYK color system for a diagram
purple and voilat Logan W. made it up in 1000000000000000000 B.C.
Both red and blue light are necessary for plant to grow. Green light is the least beneficial because the green plant doesn't absorb very much of it. If you find an interactive color wheel and go to the opposite side from the green color you would end up with a shade of magenta known as eggplant. Many people have grown very successfully under lights labeled as magenta.
Red is a primary colour, you cannot recreate it yourself. You have to buy red paint from stores. The above answer is wrong, based on obsolete color theory. Your color printer on your computer makes red by mixing magenta and yellow. You can buy magenta and yellow paint and make red by mixing them.
Magenta is made up of purple, pink, and possibly red. The darker magenta is, the more red and purple. The lighter, then more pink.
there is no color combo that makes red. it is a primary color. the color red is actually light reflecting off the obect.
Blue (cyan) and red (magenta) are two of the three primary colors (yellow being the third).
The primary colors are red, blue, and yellow. They cannot be created by mixing other colors together and are fundamental in creating all other colors on the color wheel. Mixing primary colors together in different combinations produces secondary and tertiary colors.
short answer;The three primary colors are red, yellow, and blue; they are the only colors that cannot be made by mixing two other colors.