Most computer video hardware is capable of displaying 256 different shades of gray.
(247, 256, 256, 265) The mean is 256 The mode is 256 The median is 256
ColorsThis Is A Weird Question. That's Like Why Is There Air. IT IsStated That The Human Eye Can Detect Over 63,000 Different Colors. If Everything Was Black & White TV Wouldn`t Be Any Fun. Hope This Helps You anwernot a weird question .but, how boring the world would be if there was no color. The normal human eye can distinguish 256 shades of gray (between black and white), this gives limited quantities of data from the world that surround us. But the human eye also can distinguish normally 256 shades of every primary color too... since all colors come from mixing those shades of color then you have 256 x 256 x 256 (or 16777216) shades of color that can be distinguished. Compare it to just 256 shades of gray and then you will have a grasp at why is this, since color not only transmits emotions but information from the environment surrounding you (Depth, distance, consistence, density, temperature, etc) so you can better understand what surrounds you.
the various shades / tints of gray between white and black - the human eye cant see very many shades so 256 shades is enough to cover what the eye can see - which is why a gif image with 256 levels can show black and white photos perfectly but not color photos which require millions of combinations
The phone number of the Blue And Gray Museum Of North Alabama is: 256-350-4018.
Domination, where there is 256 players on ONE server total chaos but totally fun
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).
A standard 24bit JPG file can have up to 16,777,216 different colours. This is split by 8 bits for each Red, Green and Blue component. 2 to the power of 8 is 256. So each of the red, green and blue components has 256 different shades, combining these together gets us 256*256*256 = 16,777,216. More or less bits can be allocated to the RGB components of a jpg file but it should follow roughly the same principle.
512x512x1 (256 = 2^8 = 1byte) * 8 (convert to bits) / 300 bits per second = 6990.50(6) seconds.
An LCD that shows colors will have three subpixels with red, green, and blue subfilters. Using varying voltage each color of pixel--red, green, or blue--can vary by up to 256 shades. This allows a variety of 16.8 million colors since the total variation in possibilities is reflected by multiplying 256 red x 256 green x256 blue.
65,536 = 256 x 256 = 256²
256