How many colors are possible if 24 bits pixel is used?
You can represent a maximum of 2^24 colors in RGB. This equals to 16777216 possible colors.
k.sukumar M.sc,(M.Tech) nellore
256, 8 bits per pixel = 2^8 colours.
There are 2 colors in bits per pixel - 4 colors in 2 bits per pixel - 16 colors in 4 bits per pixel and similarly this sequence continuous going on.
You are actually asking how many colors are possible in 8 bit per channel. 8 bit per channel means 256 colors, 1 bit= 2 colors, 2 bits= 4 colors, 3 bits= 8 colors, 4 bits= 16... 8bits= 256 colors. Since we have 3 channels in RGB color mode: Red, Green and Blue that means that we have 3x8= 24 bits per pixel in an image. 3x8 also means 256x256x256 colors possible. Number of possible colors… Read More
You can represent a maximum of 2^24 colors in RGB. This equals to 16777216 possible colors.
Direct coding of RGB values with 10 bits per primary color how many possible colors do you have for each pixel?
2^10 = 1024 possible colors per each channel (R for example). Then 2^30 for a pixel. This makes 1024^3 = 1073741824 possible different colors for a pixel.
To represent 256 colors it is needed 8 bit per pixel. 1 bit mean 2 colors, 2 bits mean 4 colors, 3 bits per pixel can represent 8 colors... 8 bits = 256 colors.
A 32 bit per pixel bitmap will have 8 bits each for red green and blue, and 8 bits for alpha level. So 2^24 colors.
One bit is 2 possible colors, black, 8bit has a possible of 256
Using 8 bits per pixel, how can represent 256, or 28 shades
That depends on how many bits per pixel and how much the image is compressed. For example, a black-and-white (grayscale) image typically has 8 bits per pixel, but a full-color image may have 24 or 32 bits per pixel. JPEG compression may reduce the file size dramatically, sometimes by a factor of 50 or more.
1024bits If "Bitmap" refers to a specific entity, image or file: I do not know. But if "Bitmap" refers to a general image then it is 8 bytes or 64 bits per pixel. I just made 3 1*1 bitmap images at colordepths 2bits (monochrome), 8 bits (256 colors) and 24 bits (16 Million colors). The sizes of these images were the same! (surprized me too!) Then I made a 1*2 pixel image and it was… Read More
24 bits/pixel: one byte for red, one byte for green, one byte for blue.
One byte For each primary color results in 256 different intensity levels for each primary color. Thus a pixel can take on a color from 256X256X256 or 16.7 milion possible choices. If 1 bit = 256 Color Approximately. Then in 24 bit = 256 X 24 = 6144 color Approximately. Answer is Given By Pranjal Nath From Assam Bsc It(5th Sem) From Kuvempu Univercity. India.
Three. Red Green and Blue.
A "black and white" image is generally actually a grayscale image, which is typically represented with 8 bits per pixel. However, you can make images that use only one bit per pixel, making each pixel either fully black or fully white. The images created by the early graphics software MacPaint used only one bit per pixel.
Zero. There are no sub-pixels. A pixel is a finite unit. Each pixel does contain information for three colors. (RGB) Red, Green and Blue.
It is possible to borrow a possible 3 bits from 192.168.1.0.
Red Blue Green
Pixel art is a digital art in which every pixel (the most basic unit of a digital image) makes a difference and therefore is treated with great attention. In the beginning of the video game era the only way to create images was to paint pixel by pixel with a limited number of colors. Today, pixel art is rather a vintage style to digital art. Within it many styles can be found as well. One… Read More
There are 256 possible values (or characters) in 8 bits.
1 mega pixel how many pixel
Technical characteristics: - number of colors (how many bits per pixel are supported) - image size (width x height in pixels - also call image resolution horizontal, respectively vertical) - file size (size in bytes of the file where the image is saved) - display/print resolution, usually in dots per inch/cm (a description on how to output the image) Subjective impressions (for example when evaluating photographs) - subject of the image - background - type… Read More
um so look my p3nis is extra large and if ur nae is josh i dont care you have a small one
Most modern computers use 4 bytes to specify the color of a pixel, this allows 4 billion colors to be identified (however you will not be able to tell them all apart).
GIF format supports up to 8 bits per pixel, allowing a single image to reference a palette of up to 256 distinct colors chosen from the 24-bit RGB color space. JPEG files embed an ICC color profile (color space). Commonly used color profiles include sRGB and Adobe RGB which are often 24 bit (16.7 million colors). <sup>255<sup> 255*255*255
The basic building block of any graphic image is a pixel, a contraction of "Picture Element", arranged in precise rows and columns. The number of rows and columns of pixels is referred to as the "resolution" of the image and is usually expressed by the number of horizontal pixels (rows) multiplied by the number of vertical pixels (columns), for example: 800*600, 1024*768, 1152*864. Note that these resolutions are sized at a 4:3 ratio. The reason… Read More
The 32-bit color offered by many current operating systems is actually 24-bits of color with 8-bits allocated to an alpha channel or data. This results in a color depth of 16,777,216 different colors. It is said that the human eye can only distinguish between 10 million different colors.
16 million possible colors.
A computer monitor has a resolution of 1300 by 1000 pixels if each pixel uses 1024 colours how many bits are needed to send complete contents of screen?
1300 x 1024 = 13312ooooo
256 possible combinations (from 0 to 255) A byte is made of 8 bits. Bits can only be on or off (0 or 1). 00000000 =0 11111111 = 255
There are many different possible colors for many different kinds of titles. Titles of books have all of the colors.
How many hosts and host bits are possible if you have an IP of 172.30.1.33 with a network mask of 255.255.0.0?
number of hots bits is 16 number of hosts 65 534
2²⁴ = 16 777 216 Over sixteen million
There is no simple answer to this as the information can be printed on the paper in many different ways, some human readable and some not. And using human readable formats there is no well defined way to say how many bits each character represents. Also you need to consider printed photographs, which have different resolutions and numbers of bits per pixel. It also is an issue whether or not the bits must be able… Read More
How many favorable outcomes would be possible if the number of total possible outcomes is increased to 24?
The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information, I cannot provide a more useful answer. The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information… Read More
There are no zero-length strings that start with 1 bit or end with 2 bits. In a zero-length string, there are no bits at all.
24 bits: 8 each for red, green, and blue. So 2^24 colors or 16777216.
1.5 inch=300 pixel
For a digital photo, bit depth is the number of colors that can be shown in the image. Because the bits can only indicate one of 2 possible states (0 or 1), the number of colors can only be powers of 2. Some examples of bit depths (and the calculation of the decimal number for those of you who know exponents) for image files are: 2-bit (2^2 = 4 colors), 4-bit (2^4=16 colors), 8-bit (2^8=256… Read More
Sunlight is a blend of every possible color.
There is no standard rate of mega bits to minutes, so this question is not answerable. (The units are not compatible; it's like asking "how many minutes in a flowing stream of water?", or "how many grains of sand fill an hour?".) Without knowing how many mega bits you're getting per minute, it is not possible to answer your question.
If you consider that there are two possibilities for each byte, then taking two to the eighth power gives you 256 different possibilities. If you mean there are a total of 24-bits, then you can take 2 to the 24th power to get the answer, or you can take 256 to the 3rd power. Either way, that should represent about 16.7 million possibilities.
1 million, mega means million.
How many possible outcomes are there when you toss a coin and spin the pointer on a spinner with 6 colors?
There are 12 possible outcomes.
It depends on the format that pictures are being saved and the quality in which you're saving them. If you're using uncompressed RAW (24 bits per pixel) format, then it's about ~70. If you're using a kind of compressed format then it depends on the format and the quality. For JPEG, at 100% quality (loss-less compression) it's about ~710.
Iphone 4s has an 8 mega pixel camera
there are all diffrent colors brown ones black ones white, grey, gold(yellow) multie colored, speckled they are lots of possible colors of chickens
Color Depth Color "depth" is defined by the number of bits per pixel that can be displayed on a computer screen. Data is stored in bits. Each bit represents two colors because it has a value of 0 or 1. The more bits per pixel, the more colors that can be displayed. Examples of color depth are shown in the following table: Color Depth 1 bit color 4 bit color 8 bit color 24 bit… Read More
Generally, you can have one bass color, and then as many highlights and lowlights as you want. But it is possible the colors for highlights/lowlights would mix together and create a very sloppy look, so do just enough to look cute xD
A pixel is a dot on the screen. These don't have a fixed size - even on the same monitor, a pixel may be larger or smaller, depending on the selected resolution.