1.) it should not react with the substance to be dissolved. 2.) it should be relatively safe to handle (not poisonous or flammable). 3.) it should dissolve an appreciable amount of the substance to be purified when hot and it should be crystallize most of the substance when cold. 4.) it should not dissolved the impurities readily or it may dissolve these to small extent only or it should dissolve the impurities readily but not the desired substance. 5.) it could yield well formed crystallized of the desired substance. 6.) It should be capable of easy removal form the filtered crystals and therefore its boiling point should be preferably 60 to 100 C
there r mny application of recrystallisation..........if u knw write d answer on dis page.....jst chillax.... It is just to increase the purity of crystals from the homogenous solutions of the dissolved crystals.
noting
:l
This solvent is used to clean surfaces from polyester resins.
Liquid carbon dioxide (supercritical CO2) is used as solvent.
the answer is yes.
what is the disadvantage of having excess solvent during recrystalization
recrystalization is a method of purification of compounds that are solids at room tempreture the process of recrystalization involves dissolving the compound in hot solvent and then cooling solution cooling process : slow (crystalization) fast (precepitayion)
Solubility is a characteristic of the solvent.
there r mny application of recrystallisation..........if u knw write d answer on dis page.....jst chillax.... It is just to increase the purity of crystals from the homogenous solutions of the dissolved crystals.
Does not burn
asASs
It determines its chemical properties
crude product
Recrystalization method
The most important characteristic is the polarity of the solvent and solute.
The principal characteristic of a solute is the solubility in a solvent, at a given temperature.