It is generally better quality to save files in megabytes (MB) because they have a larger storage capacity and can hold more data compared to kilobytes (KB).
TIF is generally considered a better file format than JPEG for preserving image quality because TIF files are uncompressed and do not lose image data, while JPEG files are compressed and can result in some loss of quality.
PNG file format is better than JPEG for image quality because it supports lossless compression, which preserves image details without sacrificing quality. However, PNG files are larger in size compared to JPEG files, which use lossy compression.
TIFF files are typically higher quality than PNG files because they support more color depths and can store uncompressed image data. PNG files are better for web use due to their smaller file sizes and support for transparency.
PNG is generally considered a better format for preserving image quality compared to JPEG because it uses lossless compression, which means it retains more detail and clarity in the image. However, PNG files are typically larger in size than JPEG files.
The main difference between using PNG and JPG formats for printing is the way they handle image compression. PNG files are lossless, meaning they retain all image data and quality, making them ideal for printing high-quality images. JPG files, on the other hand, are lossy and compress image data, which can result in a loss of quality when printed. Therefore, for printing purposes, it is generally recommended to use PNG files for better image quality.
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It refers to the size of files which is what is used in a computer. Byte: 1 Kilobyte: 1,000 bytes Megabyte: 1,000,000 bytes Gigabyte: 1,000,000,000 bytes
An PC kept for entertainment purposes would need the large HDD to store audiovisual/multimedia files. These files generally range in size depending on their type but their better quality versions are usually larger in size. For example: a 3 minute MP3 at 128 kbps (kilobytes per second) is roughly 3 MB large, the same MP3 at 320 kpbs can be 7 MB or larger.
1024 (thousand) MB1,000 KiloBytes = 1 MegaByte1,000 MegaBytes = 1 GigaByte1,000 GigaBytes = 1 TeraByte
If you're asking about converting units between MegaBytes and KiloBytes, there are 1024 KiloBytes in a MegaByte. So, if something is 42MB, you multiply by 1024 and get 43,008Kb. If you're asking how to make your files smaller, you need compression software, such as gzip, winzip or stuffit. Depending on the files you are trying to compress, you may be able to reduce their size significantly. Some files are very difficult to compress, however, and it's not even worth the time to shave a few bytes off the total file size. In general, documents like MS word and excel are very easy to compress, and you can bundle thousands of them together and compress them to save lots of space. Media files such as movies and pictures can be much less useful to compress.
This depends on how the mp3 was encoded and how long the mp3 is. Higher bitrates give you better sound quality but makes for larger files. Lower bitrates will give you smaller files, but sound quality suffers. The standard bitrate seems to be 128 kb/s. Which, in stereo, results in about 1 minute per megabyte. 3.5" floppy disks hold 1.3 megabytes. So if your song is less than 1.3 minutes long, you might be able to get it to fit on a floppy. If you are willing to give up some sound quality and encode to mono you will be able to fit more on there.
Most mp3s are encoded at 128kb/s... kb/s means kilobytes per second. So these types of files require 128kb for every second of audio. For stereo mp3's this usually works out to about 1 megabyte per minute. So if your tune is 4 minutes long, count on 4 megabytes 1 megabyte = 1024 kilobytes 1 kilobyte = 1024 bytes Now, if you are recording from a microphone, you will (hopefully) most likely be recording at much higher bitrates, so those figures will change drastically.
With an 8 gb card you generally can take around 2200 pictures depending on the quality of the pictures. Higher quality means bigger files and less pictures. Lower quality means smaller files and more pictures.
b, bytes: The smallest data type, isn't used very much when you're talking about files but it's the ground. kb, kilobytes: In one kb there's 1000 bytes. A document is often some kbs. mb, megabytes: In one mb there's 1000 kilobytes. This one is more used than the previous. A song is usually 3-6 megabytes big. A movie in dvd-quality is around 700mb big. gb, gigabytes: In one gb there's 1000 mb. This is also used more. A movie in HD is usually 4 gb, a bluray is 8 gb or more. Todays harddrives holds 250-1500 gigabytes, where 500-750 is most common. tb, terabyte: In one tb there's 1000gb. This isn't so common, but harddrives in different kinds usually holds around 1tb.
I assume by gb, you would mean GB (Gb=gigabit, GB = gigabyte, gb = nothing.)In Megabytes: 1 945.6, In Kilobytes: 1 992 294.4,In Bytes: 2 040 109 470,You could store 389 5MB song files using 1.9GB._________________________________________If by gb, you mean gigabit.In Gigabytes: 0.2375,In Megabytes: 243.2, In Kilobytes: 249 036.8,In Bytes: 255 013 683,You could store 48 5MB song files using 1.9Gb._________________________________________There are 1024 bytes is a KB, 1024 KB in a MB, 1024 MB in a GB. There are 8 bits in a byte, and there are 1024 bits is a Kb and so on. Therefore, there are 8 Kb in a KB, 8 Gb in a GB.
That can vary quite a lot, depending on the quality of the music. For example, a typical MP3 file, in fairly high quality, uses about 1 MB for every minute of sound. But it is quite possible to have MP3 files (or the corresponding streaming format) at a fraction of that amount.
it dependes on the size of the word files.