I'm no expert, but as I understand it, it depends ... for a computer running a Microsoft Windows product right-click on the background of the Desktop. Select Properties then the Settings tab. The Colors drop-down menu will inform you of your 'potential' colors. 256 is 256; high color 16-bit is 216 or about 65,000 colors; true color 32-bit is 232 or about 4 trillion colors. Some residential printers will vary color levels of their 4 inks in 256 stepped increments and be able to generate 'true color' quality, but this color will not necessarily match the color on the monitor. Good luck.
Blue, Red, And green
Colors on a monitor are produced by mixing three primary colors (red, green, and blue) in varying intensities. Each pixel on the screen contains these three colored subpixels, and when they combine, they create different colors. By changing the intensity of each subpixel, the monitor can produce a wide range of colors.
A moderately thick cable which relays information from a computer to a desktop monitor. It tells the monitor what colors to display to form pictures and your desktop.
Red, Blue, and Green
Because with these 3 "Primary" colors your video card can dish out 24 million colors!
it is a AUP
Colors, tard.
Loose video cable
The first RGB monitor had the colors red, green, and blue light that are added together in various ways to reproduce a variety of colors. It was invented my M. George Craford.
For viewing images on a screen or monitor the color mode is RGB. This is a light mixture that simulates all colors of the rainbow that are visible on a monitor, (256 colors).
You can find great monitor accessories at CompUSA or Bestbuy.
red blue and green