A 200x100 image with an 8-bit color depth means each pixel is represented by 1 byte. To calculate the total size, you multiply the width by the height and then by the number of bytes per pixel: 200 pixels * 100 pixels * 1 byte/pixel = 20,000 bytes. Therefore, the image size is 20,000 bytes.
In a 32-bit system, there are 4 bytes.
In a 64-bit system, there are 8 bytes.
how many bytes are there in a 64-bit machine? Another Answer: It takes 8 bytes to store a 64 bit number.
how many bytes are there in a 64-bit machine? Another Answer: It takes 8 bytes to store a 64 bit number.
The size of an average bitmap (BMP) image can vary significantly based on its dimensions and color depth. A standard 24-bit BMP image, which uses 3 bytes per pixel for color information, typically requires about 3 bytes multiplied by the width and height of the image. For example, a 800x600 pixel image would be approximately 1.44 MB (800 x 600 x 3 bytes). However, this size can increase if additional headers or metadata are included.
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.
16
To convert pixels to bytes, you need to know the color depth of the image, which is usually measured in bits per pixel (bpp). The formula to calculate the size in bytes is: (width × height × color depth) / 8. For example, for a standard 24-bit color image, the calculation would be (width × height × 24) / 8. This gives you the total size in bytes for the image.
There are 4 bytes in 32 bits. (4 * 8 = 32)
A plain integer variable in C under windows is 2 bytes in 16 bit windows, and 4 bytes in 32 bit windows.
1000 x 2000 x 3 = 6.0 million bytes, or 5.722 MB.
2 bytes because 8-bits is equal to one 1 byte