binary file
No, an object with less volume takes up less space compared to an object with more volume. Volume refers to the amount of space an object occupies, so the less volume an object has, the less space it will take up.
as air cools, the space it occupies becomes less. this result in an increas density
As air cools, the space it occupies becomes less. This results in an increase in density.
Zipping compresses the file so that it takes up less space on the disk drive.
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.
Yes, beauty occupies LOTS of space in the body. Fat and beauty are elements of the body that counteract each other. Beauty is much denser than fat, therefore larger people generally have much less beauty.
To Zip a file is to compress it into a smaller more easier memory folder that takes up less space
File compression is when you use tools to make a file take up less space on a storage device. File decompression is when you return the file to it's original size.
Compression.
1kg of iron contains more matter and occupies less space than 1kg of cotton. Iron is denser than cotton, so it has a higher mass-to-volume ratio.
You really mean that there are less oxygen and other gas particles in the same space then when you are lower. This happens because the higher you are, the less air you have on top of you, therefore the weight (pressure) is lower and the gas is compressed less, which is why it occupies more space.
A liquid or solid will not take up a larger space than the space it occupies; even if more space is freely available.On the other hand, both a liquid and a solid are incompressible, for most practical purposes; that is, you can't compress it to use less space than the space it uses, either.A liquid or solid will not take up a larger space than the space it occupies; even if more space is freely available.On the other hand, both a liquid and a solid are incompressible, for most practical purposes; that is, you can't compress it to use less space than the space it uses, either.A liquid or solid will not take up a larger space than the space it occupies; even if more space is freely available.On the other hand, both a liquid and a solid are incompressible, for most practical purposes; that is, you can't compress it to use less space than the space it uses, either.A liquid or solid will not take up a larger space than the space it occupies; even if more space is freely available.On the other hand, both a liquid and a solid are incompressible, for most practical purposes; that is, you can't compress it to use less space than the space it uses, either.