Crushed (crumpled) paper occupies more space than folded paper, and better resists being compressed, because the paper material contains irregular folding against the grain, or strength of the paper. Part of the ball consists of flat surfaces and part as "columns" that resist being further crushed. The paper's relative stiffness will determine the actual difference in compression resistance.
Most of the volume of a paper "ball" is "trapped" air spaces between the crumpled folds.
A similar use of the strength of the material can be demonstrated by creasing a piece of paper into a fan consisting of multiple pleats, with a cross-section having a sawtooth shape. This pleated sheet will resist deformation (bending) to a much greater extent than the unfolded paper sheet.
A crushed paper falls faster than a plain paper because the crushed paper has less air resistance due to its folded and crumpled shape. This reduces the surface area exposed to air resistance, allowing it to fall more quickly.
When air is heated, its molecules gain kinetic energy and move faster, causing them to spread out and occupy more space. This increase in volume is due to the expansion of air molecules as they collide with each other and the walls of their container, leading to an increase in pressure and volume.
If an object takes up more space than another object, it will have a larger volume. This means the object has more capacity to hold substances or occupy a greater area.
No, the density of bread remains the same when it is crushed. Density is a property of the material itself and is not affected by changes in shape or size. So, crushing bread will not change its density.
Matter has mass and occupies space, while energy does not have mass and does not occupy space.
Liquids, solids and gasses EXPAND when heated- the particles occupy more space.
When two or more waves occupy the same space at the same time, an interference pattern is created.
A crushed paper falls faster than a plain paper because the crushed paper has less air resistance due to its folded and crumpled shape. This reduces the surface area exposed to air resistance, allowing it to fall more quickly.
Yes, a solid, liquid, gas as well as the other states of matter all occupies space. 2. But the space occupied by gases and liquids is not necessarily of fixed dimensions.
Yes, it does!
True
It depends on how many coloumns or rows
Heat does not occupy space, as heat is just particles vibrating more rapidly. However, if you heat something up, it will occupy more space, due to its particles vibrating over a wider area. Light is much more complicated due to the weirdness of quantum mechanics. Light is made of photons. They're particles but not in the same way that molecules, atoms, electrons, neutrons and protons are. Light can behave like waves of energy instead of particles. Normal particles such as electrons occupy a bit of space and 2 of them cannot occupy the same space at the same time. A photon occupies the bit of space it's in, sort of, but another photon can occupy the same space at the same time. So if you have an electon-sized space you can put only one electron in it. If you have a photo-sized space you can put as many photons into it as you want.
Usually pictures of JPEG or BMP occupy more space than the GIF which occupies the low space. In JPEG and BMP there is space for the background also.
To save space ! Compressed files occupy much less space than uncompressed files, enabling you to store more data in the same space.
When air is heated, its molecules gain kinetic energy and move faster, causing them to spread out and occupy more space. This increase in volume is due to the expansion of air molecules as they collide with each other and the walls of their container, leading to an increase in pressure and volume.
Matter usually fills up with more space when it undergoes a phase change, such as melting or vaporization. In these processes, the particles within the matter move further apart, increasing the amount of space they occupy.