Oh Yea Pixels yea
No, they are shape based and do not have pixel bits.
3000000 bytes = 24000000 bits 24000000 / 24 bits of color information per pixel = 1000000 pixels 1000000 pixels = 1152 x 864 (or any combination that equals 1e6 pixels or less)
To convert bytes to pixels, you need to know the color depth of the image. For example, if you're using a common color depth of 24 bits per pixel (8 bits for each of the RGB channels), then each pixel would require 3 bytes (since 24 bits ÷ 8 bits/byte = 3 bytes). Therefore, 10,000,000 bytes would equal approximately 3,333,333 pixels (10,000,000 bytes ÷ 3 bytes/pixel). If the color depth changes, the number of pixels would need to be recalculated accordingly.
To transmit an 8 by 10 inch image over an ISDN B channel with 300 pixels per inch and 4 bits per pixel, calculate the total number of pixels in the image: 8 (inches) * 300 (pixels/inch) * 10 (inches) * 300 (pixels/inch) = 7,200,000 pixels. With 4 bits per pixel, the total number of bits required would be 7,200,000 * 4 = 28,800,000 bits. Convert this to bytes by dividing by 8, giving us 3,600,000 bytes or approximately 3.43 MB for transmission.
The number of pixels in a gigabyte (GB) depends on the color depth and image dimensions. For example, a standard image with a resolution of 1920x1080 pixels (Full HD) at 24 bits per pixel (8 bits per channel for RGB) would require about 6 MB per image. Therefore, you could store approximately 166 images of that size in 1 GB. However, the exact number of pixels per GB can vary significantly based on the specific image and compression used.
The number of pixels that can be displayed The number of bits used to represent each pixel The dot pitch of the monitor
High resolution JPEG images are typically considered to be at least 3000 pixels on the longest side, with a resolution of 300 pixels per inch (ppi).
The number of pixels in a 3MB picture can vary depending on the image's color depth and compression. For example, if the image is uncompressed and uses 24 bits per pixel (8 bits for each of the RGB channels), a 3MB image would contain approximately 1 million pixels (3MB = 3,000,000 bytes; 3,000,000 bytes / 3 bytes per pixel = 1,000,000 pixels). However, if the image is compressed (like in JPEG format), the pixel count could be higher while still being 3MB in size.
There are several different standards. In general, 4K refers to a resolution of roughly 4,000 pixels wide and about 2,000 pixels high. That makes it the equivalent of four 1080p screens in height and length. Currently 4K is a catch-all term for a number of standards that are reasonably close to that resolution.
size of page= 911 sq. inches total pixels in two pages= 2*600*911 = 1093200 just one bit required to store whether pixel has black color or not. bits per second required by device= 1093200 Hope it helps you! Shukla Yogesh
64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.64 pixels.
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.