If a screen is 1000x1000 pixels, and each pixel is a mixture of 3 colors, R,G,B, and each color is 1 of 256 intensities how many possible combinations of pixels are there?
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If a screen is 1000x1000 pixels, and each pixel is a mixture of 3 colors, R,G,B, and each color is 1 of 256 intensities how many possible combinations of pixels are there?
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- 3_Consider an image of size 300 x 500 pixels which requires 300000 bytes to be stored inside the computer. Calculate the following: a. The number of bits used to represent each pixel. b. The number of all possible shades. c. The applied coloring system.Computer Science Given a 512 x 512 image that consists of a series of 8-pixel wide white, and 8-pixel wide dark lines, where each pixel is 0.1mm wide. What is the spatial frequency of the lines in lp/mm?If we use straight RGB value coding with 10 bits per primary color, how many colors are there for each pixel? There are several subfields in the topic of computer graphics.
- Suppose a color monitor has a 1600x900 frame size and uses 8 bits for each of the three primary colors per pixel. What is the minimum size in bits of the frame buffer to store a frame? Enter only the final answer with no commas.Suppose a color monitor has a 1920x1080 frame size and uses 8 bits for each of the three primary colors per pixel. What is the minimum size in bytes of the frame buffer to store a frame? Enter only the final answer with no commas.Given a screen display of resolution 1010 x 1000 of a system of frame buffer size of 1262500 bytes,i. Calculate the number of bits per pixel.ii. Calculate the total number of colors supported.iii. How many bytes of information would the video memory hold?iv. If a pixel requires 28 bits, how many bytes of information would the video memory hold?
- If we use direct RGB value coding with 10 bits per major color, how many colors are available for each pixel? The area of computer graphics encompasses several specializations.Consider a color image with 6x8 pixels. R, G, and B components are stored with 8 bits. There are 2^n distinct colors in the image and each pixel is stored with n bits in index color format. What is the MAXIMUM value of n that makes index color format more advantageous than RGB color format?Given a 512 x 512 image, calculate the number of bytes required for its pixel storage for a) A grey scale image of 256 grey levels. b) A true color image of three bytes per pixel
- Using RGB value coding with 10 bits per primary colour, how many colours does each pixel contain? There are many subfields within the field of computer graphics.Data for a specific graphics display:resolution 1024 x 768 pixelsto encode color and intensity, a total of 8 bits are required for each pixelHow many bytes are required to store the contents of the screen in memory?e) With a picture image of 1024 pixels x 768 pixels, calculate the storage size (in KB) for a picture frame of the following colors. Assume there is no data compression. i. 256 colorsii. 16 colorsiii. Black and white g) A student has built a hypothetical computer with a 4-bit CPU. Can the machine calculate addition of two 8-bit numbers?