What is Negligible Compressibility?

Negligible compressibility refers to the property of a substance that does not significantly change in volume when subjected to a change in pressure. In other words, it is the property of a substance that resists compression and maintains its original volume even under high pressure.

Explanation in Details

When a substance is subjected to a change in pressure, it can either compress or expand, depending on its compressibility. Compressibility is a measure of how much a substance's volume changes when subjected to a change in pressure. A substance with high compressibility can be easily compressed or expanded, whereas a substance with low compressibility will resist compression or expansion.

Negligible compressibility refers to a substance that has very low compressibility, meaning it resists compression and maintains its original volume even under high pressure. This property is observed in solids, liquids, and some gases. For instance, water is considered to have negligible compressibility, meaning that even under high pressure, it maintains its original volume.

The property of negligible compressibility is important in many applications, such as hydraulic systems, where liquids are used as a medium to transfer force. In such systems, the liquid must resist compression to maintain a constant volume and effectively transfer force. Additionally, in underwater systems, such as submarines and deep-sea exploration vessels, the hulls must be designed to withstand high pressures without compressing to maintain their integrity.

Conclusion

In conclusion, negligible compressibility is a property of a substance that resists compression and maintains its original volume even under high pressure. This property is crucial in many applications such as hydraulic systems and underwater vessels, where maintaining a constant volume is essential.

Negligible compressibility means thecompressibility of solids is so less that we neglect this and assume that solids are incompressible.compressibility of solids is nearly equal to zero, so we just ignore that! This conversation is already closed by Expert.