From what I know it can't. Solubility is a physical property, but the Particle Theory of Matter only encompasses the reason as to why particles slow down when cooled and how they may take up more space, but it has nothing to do with solubility as far as I know.
Sources: Finished Grade 9 Science
NO! the particles can settle out over time, and block\ scatter light. but they CANNOT be soluble.
yes
Colloids contain particles which are small enough to remain suspended and not settle over time, whereas suspensions contain particles which usually settle over time.
If the mixture is completely homogeneous, then the mixture is true solution as in the solution the solute particles are completely dissolved and have uniform composition. These are transparent.
in the survival of evironmental conditions
No, suspensions and solutions are two different things. In a solution, the particles break down into molecules, and the molecules are broken down into ions, and these mix and bond with the molecules of the solvent. In a suspension, the particles remain exactly as they are, floating in the fluid.
Increasing the temperature the number of particles remain constant and the pressure increase.
No. A solution is a homogeneous mixture in which the components remain distinct only on the molecular level. A suspension contains suspended particles that will settle out if the mixture is left undisturbed.
To allow suspended solids to remain in suspension. Emulsion paint for example contains fine particles of pigment in suspension in water. The emulsifying agent prevents the pigments settling to the bottom.
Colloids contain particles which are small enough to remain suspended and not settle over time, whereas suspensions contain particles which usually settle over time.
There are several types of mixtures. One with particles that are larger than a solute and solution is a colloid, where the particles remain in suspension.
In science, a suspension is a heterogeneous mixture in which solid particles remain distributed throughout a liquid without settling to the bottom or floating to the top. This is different from a solution because the solid particles remain distinct from the liquid part of the mixture where in a solution, the solid particles are indistinct from the liquid (solutions are homogeneous).
whether DUST floats around, I suggest you read about Brownian motion. In a nutshell, it is well-established that particles suspended in a fluid (in this case, dust suspended in air) exhibit constant, random motion. Dust particles will eventually settle to the surface due to gravity, but any disturbance can kick them up again, and particles can remain suspended for very long times (the lighter the particle, the longer it can remain suspended).
Yes, but: - solutions pass the filter; - filtering suspensions the insoluble material remain on the filter.
The solute particles in a colloid are so small that they remain suspended. While not combined at the molecular level, they are so fine that they cannot be separated by normal means.
It is both Solid and Liquid or in other words it's "Solution". i think what its called.Actually its called a suspension, as particles of the solids remain whole suspended in the liquid.In a solution, the particles of solid all break down to separate molecules (or atoms in some cases) and become part of the liquid. This does not happen in a suspension, usually because the solids are not soluble in the liquid.
Centrifuging. This is used to separate small particles that spread out throughout the liquid & remain in suspension.
Blood is considered a suspension because it is a heterogeneous mixture of solid particles, non dissolved red and white blood cells, platelets, and proteins of various sizes and shapes, suspended in a solution. It contains a solution, but is not a solution where everything would be dissolved, i.e. homogeneous.
Whey is a watery substance containing proteins and other water-insoluble compounds which have approximately the same or slightly higher specific gravity as water. Because they cannot dissolve in the water solution, the particles remain in suspension until they eventually settle to the bottom of the container.