Actually, Bit depth will affect file size. For example:
1-bit=2kb 4-bit=21kb 24-bit=24kb
Color depth affects image file size by determining the amount of color information stored per pixel. A higher color depth, such as 24-bit or higher, results in a larger file size because more data is required to represent a wider range of colors. Conversely, a lower color depth, such as 8-bit, reduces file size but may limit the range and subtlety of colors in the image.
The file size of an image with a resolution of 300dpi can vary depending on the dimensions of the image. Generally, a high-quality image with a resolution of 300dpi will have a larger file size compared to a lower resolution image. To calculate the file size in kilobytes, you can use the formula: File Size (in kilobytes) (Width x Height x Bit Depth x Resolution) / 8 / 1024 Where: Width and Height are the dimensions of the image in pixels Bit Depth is the number of bits used to represent each pixel (usually 24 bits for color images) Resolution is the dpi value (300dpi in this case) By plugging in the values for the dimensions, bit depth, and resolution of the image, you can calculate the file size in kilobytes.
Sample frequency, bit depth, number of channels, duration of sound, and compression.
That will depend on the settings such as bit depth and file format.
This can vary wildly based on image format and other factors. For example, jpeg images can have smaller sizes (though lower quality) depending on how compressed they are. In the case of bitmaps, the amount of pixels that can fit into 100KB depends on its bit depth. A 1-bit 100K bitmap can fit 819,200 pixels. The 8-bit, 16-bit, 24-bit, and 32-bit bitmaps can fit 102,400, 51,200, 34,133, and 25,600 pixels, respectively. The general formula for how many pixels fit in an image of a certain size is as follows, for a bitmap: Pixels = [Size (in KB)] / [Bit Depth] x 8,192.
Because FAT32 uses 32-bit pointers to indicate file size. The maximum file size for 32-bit addressing is 4 GB. Most modern file systems use 64-bit addressing, allowing file sizes into the terabytes.
Most of the image editors (including MSPaint, GIMP, Photoshop) are allowing you to set the bit depth when saving to a file.
FAT32 uses a 32-bit unsigned integer to store the file size, and thus limits each file to 232-1 bytes in size.
The 16-bit file system refers to the FAT (File Allocation Table) size. The 16-bit FAT can have up to 65,517 clusters, with a cluster size of up to 32K, giving the hard drive a 2GB size limit.The reason that 16-bit file system support is included with Windows XP and Vista is for backwards compatibility with older DOS-formatted file systems and drives.
A 32-bit WAV file has higher audio quality and larger file size compared to a 16-bit WAV file. The 32-bit file can capture more detail and dynamic range in the audio, resulting in better sound quality, but it also takes up more storage space due to the increased data it contains.
The maximum size of a file in Unix depends on two things: the word size of the kernel, and the setting for LARGE_FILE support on the file system. For 32 bit system the maximum default would be about 2 gigabytes. For 64 bit systems or ones with LARGE_FILE support, the maximum would be approximately 264
Depends on bit rate, resolution and length of file. H264, DIVX and XVID generally have smaller file sizes for comparable quality.