There are a few things that affect non-ionic compounds. Let us address more permanent fixes. The idea of solubility generally comes from polarity. First way is to match the polarities of solute and solvent. This may mean synthesising a homologue that has similar (maybe more polar) substituents off of the core network (or less if you want it to dissolve non-polar). Remember, like dissolves like. It often is way easier to switch solvent here. If your compound contains a fluorine, I've read that fluorinated solvents are often used in separating funnels as a third phase to collect all fluorinated compounds as they have an affinity for them (not sure how this works). To dissolve fatty acid chains, you may opt to add a detergent to allow organics to dissolve in water.
You can help with sonication, but when the solution hits saturation point, you can be at nothing because after saturation.
One of the biggest things that affects solubility is of course temperature, however after saturation, compound precipitates out so it is a temporary fix.
A point to note is that solvents such as Acetonitrile, Acetone, DCM, DMF, DMSO and sometimes THF seem to have an unbelievable ability to dissolve many organic and organometallic compounds I work with anyway
Agitation, the increase of surface area of the solute, and the increase in temperature of the solvent
- Temeperature Increasion
- Stirring
- Surface Area
Stirring/agitating (adds kinetic energy), heating (adds heat energy) or add I a catalyst (more reactive substance adds chemical energy (free radicals))
- increasing the temperature
- increasing the pressure
- stirring
shittin your pants
One way is to grind up solid, or increase the temperature. Also, you can stir the solution, and then, there are enzymes.
1)Expand the solute 2)expand the solvent 3)allowing the solute and solvent to interact to form solution
(1) Temperature (2) Nature of solute or solvent (3) Pressure
If the solute is soluble, it will dissolve in the solvent.
magma can be generated from solid rock by three things:1. decress in PRESSURE2. increase in TEMPATURE3. addition of VOLATILES
One way is to grind up solid, or increase the temperature. Also, you can stir the solution, and then, there are enzymes.
Yes, it can be any of the three.
its very simple. Just increase the temperature of the solvent. this will increase its intermolecular space . So the solute will disolve quickly. or of course you could simply stir or shake them, add pressure or increase the surface area
1. stir the content continuously2. Heat3. Break the solid into smaller particles.
The factors effecting the creation of a solution are: temperature, pressure. and the amounts and relative natures of the solute and solvent.
Surface Area/Quantity of Solvent, Temperature, and Agitation
Increase the temperature of the solvent, increase the amount of the solvent, (if not already done) crush and break apart the solute, and stir well
1)Expand the solute 2)expand the solvent 3)allowing the solute and solvent to interact to form solution
(1) Temperature (2) Nature of solute or solvent (3) Pressure
Factors affecting solubilityș1. the nature of solute/solvent (chemical composition, polarity)2. temperature3. pressure4. stirring5. surface area of the solute6. some added compounds7. amount of the solute 8. the geometry of the beaker
To increase the solubility of a solute:Increase the temperature.Crsuh the solute to powder so you have a larger surface area to volume ratio.Increase the stirring/mixing rate.
A solution is a mixture of two or more substances in the same physical state, especially where one substance is held in a different phase state within another. The substance which maintains its phase is the solvent, and the dissolved substance is the solute. the combination is a mixture because no chemical reactions occur between the substances. Gas phase solvents can only dissolve other gases. Liquid phase solvents can dissolve any of the three phases (solid, liquid, gas). Solids solvents can dissolve any of the three phases, but there are fewer instances in number (hydrogen or liquid mercury in metals, and alloys which are technically solutions). The solution form can have a different melting / freezing point than the separate elements or compounds.