Difference between revisions of "Miscibility"
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'''Miscibility''' is the property of substances to mix in all proportions, forming a homogeneous solution. If the two substances are soluble, but do not mix in all proportions, they are soluble, but not miscible. Although the term is most often applied to liquids, it can also be used to gases and even solids. | '''Miscibility''' is the property of substances to mix in all proportions, forming a homogeneous solution. If the two substances are soluble, but do not mix in all proportions, they are soluble, but not miscible. Although the term is most often applied to liquids, it can also be used to gases and even solids. | ||
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+ | The table below displays the miscibility of various liquids, at standard conditions (T = 20 °C, p = 1 atm). The liquids are considered pure and free of other solvents or water (expect water of course). | ||
==Miscibility of various solvents== | ==Miscibility of various solvents== | ||
{|class="wikitable" | {|class="wikitable" | ||
! style="text-align:center;"| Solvent | ! style="text-align:center;"| Solvent | ||
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[1,2-Dichloroethane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[1,4-Dioxane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[2,2,4-Trimethylpentane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Acetaldehyde]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Acetic acid]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Acetone]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Acetonitrile]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Benzene]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Butane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Butanol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Butyl acetate]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Carbon disulfide]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Carbon tetrachloride]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Chloroform]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Cyclohexane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Dichloromethane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Diethyl ether]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Diisopropyl ether]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Dimethylformamide]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Dimethyl sulfoxide]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Ethanol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Ethyl acetate]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Ethylene glycol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Ethylenediamine]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Formic acid]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Glycerol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Heptane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Hexane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Isopropanol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Limonene]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Methanol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Methyl ethyl ketone]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Methyl formate]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Methyl tert-butyl ether]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Nitromethane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Octyl acetate]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Pentane]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Petroleum ether]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Propanol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Propylene carbonate]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Propylene glycol]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Pyridine]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Schweizer's reagent]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Tetrahydrofuran]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Trichloroethylene]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Toluene]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Water]] |
− | ! style="width:3em;" | [[ | + | ! style="width:3em;" | [[Xylene]] |
|- | |- | ||
! [[1,2-Dichloroethane]] | ! [[1,2-Dichloroethane]] |
Revision as of 12:03, 7 April 2018
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THIS ARTICLE IS IN FOR A MASSIVE OVERHAUL!!! DO NOT EDIT WHILE WORK IS BEING DONE!!!
Miscibility is the property of substances to mix in all proportions, forming a homogeneous solution. If the two substances are soluble, but do not mix in all proportions, they are soluble, but not miscible. Although the term is most often applied to liquids, it can also be used to gases and even solids.
The table below displays the miscibility of various liquids, at standard conditions (T = 20 °C, p = 1 atm). The liquids are considered pure and free of other solvents or water (expect water of course).