Yes, fluids can exist as both gases and liquids. In general, gases have low density, are compressible, and fill the entire volume of their container, while liquids have higher density, are not easily compressible, and have a definite volume but take the shape of their container.
Sponges are compressible because they are porous and made up of interconnected air pockets. When pressure is applied to a sponge, the air within the pores is forced out, allowing the sponge to compress.
In the T-S diagram for incompressible fluid flow, the specific volume remains constant, resulting in vertical lines on the diagram. The process line in the T-S diagram would be a vertical line, parallel to the entropy axis. This is because the entropy remains constant for incompressible flow.
Yes, pebbles are compressible to some degree. When force is applied to a pebble, it can experience compression, leading to a decrease in volume. However, due to their solid and dense nature, pebbles are not as compressible as, for example, a gas or a sponge.
A fluid is a substance which can flow, so some examples of fluids would be coffee, tap water, and steam.
compressible fluid changes its volume when external pressure is applied and in-compressible fluid does not change its volume due to external pressure
Wafik A. Kamal has written: 'Inlet flow structure effects in compressible conical diffuser flow'
why we plot side view of a duct?
Yes, the flow of a compressible fluid must be treated as compressible when the fluid's density changes significantly with changes in pressure or temperature. Incompressible flow assumptions cannot accurately model such fluid behavior.
P. R. Garabedian has written: 'Axially symmetric cavitational flow' 'On subsonic flow of a compressible fluid'
Soo-Yong Cho has written: 'Three dimensional compressible turbulent flow computations for a diffusing S-duct with/without vortex generators' -- subject(s): Computational fluid dynamics, Turbulent flow, Inlet flow, Subsonic flow, Viscous flow, Vortices, Duct geometry, Three dimensional flow, Finite volume method, Navier-Stokes equation, Engine inlets, Compressible flow, Vortex generators
Max A. Heaslet has written: 'Compressible potential flow with circulation about a circular cylinder'
it is easy you can see any textbook........
no salt is not compressible
Butane gas is compressible. It can be compressed into a smaller volume at higher pressures.
Some examples of compressible gases include air, carbon dioxide, nitrogen, and helium. These gases can be compressed into a smaller volume under pressure.
Sodium chloride is compressible.