Compressed files are used to save disk space.
particles expand hence takes up more space(flattening)
If you mean "Does air occupy space?" then yes it does when we compress air it takes space.. but when its not compressed we may not feel it but it still does take up space..
In multimedia, videos typically take up the most storage space due to their high resolution and frame rates. Images and audio files also contribute to storage space usage, but videos generally require more storage due to their larger file sizes.
MP3 is a more compressed audio format than WAV, which means it takes up less storage space but may sacrifice some audio quality. WAV files are uncompressed and maintain higher audio quality, but take up more storage space. The choice between MP3 and WAV depends on your priorities for file size and audio quality.
The short answer is compression. It also depends on what types of signals you are referring to. I will talk about cable because its easier. Think of it as space on a line, a Analog tv signal for 1 channel takes up 6 Mhz of space. ------ A digital signal is "compressed" now its the same picture but it only takes up .75 Mhz of space or - So because the information is compressed into smaller spaces you can fit 4 channels of digitally compressed TV into the space required for 1 analog channel. That's the short and skinny on that.
No, Compressed air lasts much less than a comparably sized C02 tank. This is because CO2 is stored in liquid form, which is much more dense and takes up less space.
PCM is lossless and uncompressed thus taking more space, MPG is compressed thus having declined audio quality but takes less space.
Air takes up space because it consists of molecules that have mass and volume. When air molecules are compressed or confined, they exert pressure on their surroundings, demonstrating that they occupy a physical space. This property is known as the compressibility of gases.
Yes, fuel can expand and contract based on its temperature. When fuel is heated, it expands and takes up more space. Conversely, when fuel is cooled, it contracts and takes up less space. These changes in volume can impact the storage and transportation of fuel.
Matter does have mass regardless of whether it occupies space or not. Mass is a fundamental property of matter that determines its inertia and gravitational interactions. Even if matter is compressed into a small volume where it occupies less space, it still possesses mass.
Because it has to turn over a large engine. This takes plenty of cranking amps. To create that much amps takes a large battery with plenty of storage space for the current needed.