A digital image in uncompressed format for exactly 3 mega pixels at a color depth of 16bits would take about 6 megabytes of space. The closest typical dimensions to a 3 megapixel image would be 2048x1536 which is exactly 3,145,728 pixels. Most digital cameras will work at 24 bit color depth so an image of 2048x1536 in lossless uncompressed format would take about 9.45 megabytes of space however most cameras will be able to compress this image using jpeg to less than half that size at very high quality settings and maybe to 1/10th (less than 1 megabyte) at good quality settings.
To convert 600 TVL (TV Lines) to megapixels, you can use the general approximation that 1 TVL is roughly equivalent to 0.0005 megapixels. Therefore, 600 TVL would be approximately 0.3 megapixels (600 TVL * 0.0005 MP/TVL). However, keep in mind that this is a rough conversion and the actual pixel count can vary based on specific camera and image processing characteristics.
1000 x 2000 x 3 = 6.0 million bytes, or 5.722 MB.
For an 8 megapixel camera I would suggest a 2MB memory card,
as a simple example assume you want divide a gray level secret image to two shares. Each pixel in the secret image is expanded to four subpixels in each share that consist of white and black so width and height of shares is twice of secret image. first share is an image wich has random pixels of black or white with equal probability. in second share, if corresponding pixel in main secret image is white then the pixel in second share is the same as first share and if pixel in the secret image is black, corresponding pixel in second share would be inverse of the same pixel in first share.
The number of pixels in a 2MB image depends on the color depth and format of the image. For example, a standard 24-bit color image (which uses 3 bytes per pixel) would contain approximately 682,666 pixels in 2MB (2,000,000 bytes divided by 3 bytes per pixel). However, if the image has a different color depth or compression, the pixel count would vary.
Rastor images/Bitmaps are images that consist of individual pixels. Memory is a pixel image file format which uses a low ammount of memory due to poor quality. When you emlarge a pixel it reduces the resolution. This would be a good example. Bitmaps are used for windows based systems because it is a basic file with low memory usage.Vector images consist of indivual shapes and use a low ammount of memory because it is a simple image like a drawing used by shapes. you can modify it without losing quality. Vectors are good because they are a small file size wth unlimited zoom without loss of quality, but they cannot produce photos well. Vector images are used for myspace sites or used as a background in a default picture.
To find the percentage of a 512 KB file that a 130 pixel by 150 pixel image would represent, we first need to calculate the image size. Assuming a standard 24-bit color depth (3 bytes per pixel), the image size would be 130 * 150 * 3 = 58,500 bytes, which is approximately 0.056 MB. To find the percentage of 512 KB (which is 0.5 MB), we calculate (0.056 MB / 0.5 MB) * 100, resulting in about 11.2%.
If your camera is at the highest settings probably about 8 pictures. If it's at standard or lower settings I would say about 16. You definitely go ahead and buy a higher capacity memory card if you can. A 4 GB memory card is fairly cheap now and would hold over 1100 7.2 mega-pixel photographs.
The coordinates of an image typically refer to the specific pixel locations within the image grid, defined by their horizontal (x) and vertical (y) values. For example, the coordinates (10, 20) would indicate the pixel located 10 pixels from the left and 20 pixels from the top of the image. If you need specific coordinates for a particular image, please provide more context or details about the image in question.
this can be remedied in the settings of the camera
The number of pixels in 2000 KB depends on the color depth and format of the image. For example, a standard image with a color depth of 24 bits (8 bits for each of the RGB channels) would have about 3 bytes per pixel. Therefore, 2000 KB (or 2,000,000 bytes) would contain approximately 666,667 pixels (2,000,000 bytes ÷ 3 bytes/pixel). However, this is a rough estimate; actual pixel counts can vary based on compression and image format.
yes and no not all pixals will be on there