MP3's are already compressed to reduce their size as compared to what they are when they are uncompressed. An average MP3 takes about 1-2 MB/minute of storage. Uncompressed audio takes about 8-9 MB/minute.
If you've ever tried to crush a ball of aluminum foil, you can only crush it so much before it becomes nigh upon impossible to make it any smaller. At that point, the easiest way to make it smaller would be to take a pair of scissors to it and remove the edges until it is as small as you need it to be. Similarly, you'd need to re-encode your MP3 to a lower bitrate until it meets your size requirements. Just as with the foil, though, the more you lower the bitrate, the more information you have to trim from the file. The more you remove, the more audio fidelity you lose.
You can use a program like Audacity to re-encode an MP3 to a lower bitrate and reduce the file size.
If your goal is to send an mp3 as, for example, an email attachment, you can try to compress it with something like WinZip or 7zip, but just like my aluminum foil argument, compressing something that's already compressed doesn't do much good.
The .mp3 file format is known to be one of the smallest sound file formats due to its compression techniques that reduce the file size without compromising too much on the audio quality.
The size of kidneys don't usually decrease in size over time.
Particle size
No, the Golgi apparatus does not decrease in size when a cell increases its protein production. Instead, the Golgi apparatus may increase in size or capacity to accommodate the increased protein synthesis and processing demands.
Cations generally decrease in size as you move from left to right across the periodic table due to increasing nuclear charge pulling the electrons closer to the nucleus. However, cations increase in size as you move down a group due to the addition of electron shells.
megabytes mb
WAV files have better audio quality but are larger in file size compared to MP3 files.
A MP3 file is actually a compressed WAV file. The compression is: WAV file size / MP3 file size Bitrate is the amount of kBits a mp3 file uses in 1 second. So a 320kB/s file uses 320kBit in 1 second(or 40kBytes/s) The relation is that if the bitrate gets bigger, the compression get's lower.
The average file size of a song (mp3) is around 5,000 kb.
The average song size on an mp3 file is 3 - 7mb.
The time it takes to send a file containing an MP3 will depend on a number of factors including the overall speed of your ISP and the size of the MP3 file. Dial up service would be the slowest to send a MP3 with.
If you want the highest quality, choose WAV. If you want a smaller file size, choose MP3.
The length of time needed to convert a wav file to an mp3 file is dependant upon the size of the file and the size of the file is determined by the quality of the recording and the length. A good quality converter will convert a single file in less than one minute.
MP3
Just Export as MIDI file.. Then, convert MIDI file to Mp3 file.
Well, I would recommend converting wav files to mp3 files with a wav file to mp3 file converter. There are many wav file to mp3 file converters offered for use.
.mp3 is a file format. others include .ogg .wave and others