what else is an imminscible liquids other than water and oil?
140226
ethanol and oil\nwater and chloroform
1000716
The oil is usually within a layer of porous material. Imagine a bucket full of marbles and water. You can get the water out of the bucket without disturbing the marbles much at all.
419299
baby oil\nrubbing alcohol\nsoap\nlaundry detergent...
873092
Matter can exist in either a liquid, solid, or gaseous state.  \nA) Iron nail is a solid\nB) Gasoline is a liquid unless you are speaking of the fumes that can be seen or smelled and then it is a gaseous state.
407688
Couldn't you evaporate the solvent? I think it's water or ethanol.
735542
This a  difficult question to answer since the solubilty of these three liquids changes with changing temperature.  Water and acetic acid and miscible at all tempertures and chloroform and acetic acid are miscible at all tempertatures.  However, water and chloroform are only partially soluble in each other and their solubilty changes with changing temperatures.  \n\nPlease also refer to the reference that I have indicated below.  It discussed a point in the ternary system diagram called the Plait Point.  It is an example of a critical point, where the composition of the two phases is equal. At this point, the relative volumes of the two phases are equal and the boundary vanishes as the system becomes homogeneous.\n\nPlease refer to this document for more answers, sorry I could not have been more help.
781306
Jade,\n\nConsider using Acetone if you can get your hands on some.  Ethanol (alcohol) should be able to dissolve some fat but it is miscible with water so you need to watch out for some water-soluble stuff eluding out.\n\nThinner might not be a good idea as it might be reactive to fat (though I am not certain).\n\nVinegar is not an organic solvent (Vinegar is polar and water soluble).\n\nGasoline is indeed a mixture so you do not want that.  Would you be able to get Benzene or Toulene?
964608
There's quite a few. Just google solubility chart. Here's one I found.
285807
you can't mix oil and water they will always be seperated.  Oil and water have different polarities so that if you try to mix them in a short period the oil will come on top of the water.
1183757
Oil is less dense than water.
921966
Br2 is extremely soluble in CCl4 - much more soluble than in water.\nLook up "partition".
1065447
substances that have crystallization water trapped inside their molecules :D
58750
A colloid is where two immiscible phases (like oil and water) is mixed to the point wher one phase forms many small, isolated droplets.  Go violently shake a bottle of Italian dressing and you'll see one example, or grab a stick of butter to see another.
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Oil and water don't mix.\n\nIf you're referring to the enzyme that breaks down oil (as in crude oil spills) ... see the link below for some general info and a good first start.
271456
methyl alcohol has all 3 intermolecular forces: dispersion, dipole and hydrogen bonding. the way your question is worded is unusual. molecular forces don't cause liquids to evaporate, they prevent it.
910767
Water.  Alcohol absorbs heat quickly but doesn't store it well.
804947
In many ways, water is a miracle liquid. It is essential for all living things (on this planet at least), and it is often referred to as a universal solvent because many substances dissolve in it. These unique properties of water result from the ways in which individual H2O molecules interact with each other.\n\n The partial charge that develops across the water molecule helps make it an excellent solvent. Water dissolves many substances by surrounding charged particles and "pulling" them into solution. For example, common table salt, sodium chloride, is an ionic substance that contains alternating sodium and chlorine ions.\n\nWhen table salt is added to water, the partial charges on the water molecule are attracted to the Na+ and Cl- ions.  The water molecules work their way into the crystal structure and between the individual ions, surrounding them and slowly dissolving the salt.  The water molecules will actually line up differently depending on which ions are being pulled into solution.  The negative oxygen ends of water molecules will surround the positive sodium ions; the positive hydrogen ends will surround the negative chlorine ions.  \n\nIn a similar fashion, any substance that carries a net electrical charge, including both ionic compounds and polar covalent molecules (those that have a dipole), can dissolve in water. This idea also explains why some substances do not dissolve in water. Oil, for example, is a nonpolar molecule. Because there is no net electrical charge across an oil molecule, it is not attracted to water molecules and therefore does not dissolve in water.