No,an increase in pressure in liquid does not increase it compressibility but it does in gas:-P
That means how easy it is to compress the liquid - to reduce its volume by applying pressure. Liquids are normally not very compressible.
No. Gasses are normally highly compressible. Liquids such as water and melted metals, have low compressibility.
The solubility of gases in liquids increase when the pressure increase.
As temperature increases viscosity decreases.
Vapor pressure increases with temperature. As the temperature increases ,molecules of liquid find it easier to escape.
That means how easy it is to compress the liquid - to reduce its volume by applying pressure. Liquids are normally not very compressible.
INCREASES the solubility of SOLIDS and LIQUIDS... and DECREASES the solubility of GASES.
No. Gasses are normally highly compressible. Liquids such as water and melted metals, have low compressibility.
Gases and liquid do not share the same compressibility property. In liquids, the molecules are approximately lesser compressed, that Is why they move around freely and does not have fixed shape. While gas is the most compressible and it doesn't have a shape.
The solubility of solids and liquids show virtually no changes with pressure. However, solubility increases with pressure in the solubility of gases in liquids.
The non-compressibility of liquids, and the equivalence of p = F/A (pressure equals force divided by area) explain why and how hydraulics work.
The solubility of gases in liquids increase when the pressure increase.
The solubility of gases in liquids increase when pressure increase.
As temperature increases viscosity decreases.
Vapor pressure increases with temperature. As the temperature increases ,molecules of liquid find it easier to escape.
The particles in the gas phase are most easily compressed. Solids and liquids are generally considered to be incompressible (at least ideally) Solids are even less compressible than liquids due to the stronger intermolecular interactions. Further explanation: The compressibility of gas can be seen in the ideal gas law PV = NRT; P - pressure V - volume N- moles R - constant T - Temp (in kelvin) If you hold the temperature and increase the pressure volume goes down.
The compressibility of liquids is low enough that considering them to be incompressible is usually a safe assumption.