Liquid water, for example, transforms to solid ice when cooled to temperatures below 0 °C (32 °F), but ice can also be produced at room temperature by compressing water to pressures roughly 10,000 times above atmospheric pressure.
Water is an example of a substance that cannot be compressed much due to its incompressibility, but it can move about freely due to its fluidity.
Steam is a gas composed of water vapor molecules that are spaced far apart, allowing them to be easily compressed. Ice, on the other hand, is a solid structure with the molecules tightly packed together in a fixed position, making it difficult to compress. The molecular arrangement and state of matter of steam and ice play a key role in why steam can be compressed while ice cannot.
Solids cannot be compressed easily because their particles are arranged closely together in a fixed position. When external pressure is applied, the particles cannot move closer together, causing the solid to resist compression. However, under extreme pressure, solids can be compressed slightly due to the deformation of their atomic structure.
A compressed air dryer is used to remove moisture from compressed air to prevent corrosion, damage to equipment, and contamination of processes. By reducing the moisture content in the compressed air, the dryer helps ensure the efficiency and reliability of pneumatic systems.
Oil cannot be compressed significantly because it is already a dense liquid. Although some slight compression may occur under high pressure, the volume change is minimal compared to compressible gases.
It is my understanding that water cannot be compressed.
No, liquid cannot be compressed because you use syringe put water and you use your hand block the hole you push you cannot push.
Water is an example of a substance that cannot be compressed much due to its incompressibility, but it can move about freely due to its fluidity.
When something cannot be compressed, it means that no further reduction in its size or volume is possible through compression. This typically applies to materials or substances that are already in their most compact or dense state.
Air is much easier to compress compared to water because air is a compressible gas, while water is an incompressible liquid. This means that when pressure is applied, air molecules can be compressed closer together, whereas water molecules are already closely packed and cannot be compressed to the same extent.
a liquid can be compressed
baybi
No, compressed air cannot penetrate the skin.
Gas can be compressed, cushioning the impact on the bag. Water cannot be compressed, and will transmit more force to the person that hits it.
1. They make you wet. 2. They lubricate things. 3.They exist in three states. 4. They cannot be compressed. Which is how you are able to squirt water out.
Yes, water vapor is a gas and all gasses can be compressed.
A solid has a fixed shape and volume and cannot be compressed