Molecules can be compressed and squashed together primarily through the application of pressure, which reduces the space between them. In gases, for example, the molecules are far apart and can be compressed significantly; when pressure is applied, they move closer together. In liquids and solids, molecules are already closely packed, but applying extreme pressure can still alter their arrangement and increase density. Additionally, temperature changes can affect molecular motion, further influencing their compressibility.
squashed
If slate is sufficiently heated and compressed it becomes phyllite.
When a solid is squashed, its particles become closer together and the solid decreases in volume. The squashing force causes the particles to rearrange into a more compact arrangement, resulting in a change in shape of the solid.
Yes, fluids can be compressed under high pressure. This process reduces the volume of the fluid by pushing the molecules closer together. However, the degree to which a fluid can be compressed depends on its compressibility, with gases being more compressible than liquids.
When a gas is compressed into a smaller volume while maintaining a constant temperature, the molecules are forced closer together. This increases the frequency of collisions between gas molecules and the walls of the container, leading to a rise in pressure. According to Boyle's Law, for a given amount of gas at constant temperature, pressure and volume are inversely related; thus, reducing volume results in increased pressure.
All gases can be compressed because the particles are not close together and when you compress it, it brings the particles closer together. Liquids however, have particles which are close to each other so they can't be compressed.
The term you are looking for is "compressed." Compressed means to press together and squash something into a smaller space or volume.
cause you can feel it and touch it
gases because of the space between the particles
squashed
Denser, more compact, compressed.
A rubber band can be compressed because its structure allows the rubber molecules to be pushed closer together when a force is applied. As the rubber band is stretched or compressed, the molecules rearrange themselves to accommodate the change in shape.
When a balloon is squashed, the air particles inside it are compressed together within a smaller space. This compression increases the air pressure inside the balloon, causing it to resist the squashing force applied from the outside. The air particles do not get squashed individually, but rather experience increased pressure collectively.
Flour particles are smaller in size and have less resistance to pressure compared to sand grains. When a force is applied, the smaller flour particles are more easily compressed and squashed together, whereas larger sand grains are able to maintain their individual structure and resist being squashed as easily.
If slate is sufficiently heated and compressed it becomes phyllite.
When a gas is compressed, the volume it occupies decreases, causing the gas molecules to be closer together. The number of molecules remains the same, as no molecules are added or removed during compression.
squashed or compressed. though the use of "higher, enriched vocabulary" is vague.