which one dissolves in the other one better?
350456
There is no difference, because no one is salute here. Both are the solvents.
376191
Your question is phrased incorrectly. It should be: Which is better?
327351
The previous answer is correct if an equal number of moles is dissolved.  If you were looking at a saturated solution, it would be LiCl, which can dissolve in greater quantities than any other salt, even greater than NaCl. (36 g of NaCL will dissolve in 100 ml water compared to 55 grams LiCl per 100 ml water). The Li+ ion is very very small-it's only larger than hydrogen and helium. For an equal weight of LiCl and Al(NO3)3 dissolved in water, LiCl would also have a greater effect, because of the greater number of ions per gram.  Thus, in either a saturated solution or a weight to volume solution, LiCl would produce the greater number of ions, whereas it would not in a equamolar solution.  LiCl is used a great deal in density experiments, because you can make a very dense aqueous solution of it, and in reducing freezing point, since you can get the maximum number of ions of any aqueous solution, so the questioner is probably looking for LiCl.
79517
Your friend is very true. He has just been explaining the solubility of citric acid in water. Citric acid is indeed polyprotic, in simple terms, it can release 3 H+ ions into solution. Also, to add to what ur friend has said, Citric acid can form Hydrogen bonds faster and easier compared to NaCl. Hydrogen bonds are formed between an electronegative atom of one molecule and a Hydrogen atom of another molecule (Intermolecular) OR an an electronegative atom of one molecule and the Hydrogen of the same molecule. In the case of citric acid, it is Intermolecular Hydrogen Bonding between citric acid and water. \nThis makes citric acid to dissolve better in water than NaCl.
716386
one to wash , the other to rinse .
730330
Different chemical composition, one has a reaction the other doesn't..☺
1024294
When you dissolve any substance the state will be change either from solid to liquid or semisolid but when you dilute the power of the substance will be reduce usually with water.
926599
There is a mnemonic to easily remember the basic tenet of solubility: "Like dissolves like.." Salt, NaCl, is an ionic compound. Water is a polar compound. That is why water dissolves salt, becuase they could both be considered polar, they have a positive and negative end. Butanol is non-polar. That is why it dissolves napthalene, which is also non-polar, better than water.
395302
mixture is combining substances, solution is dissolving a substance in another
761616
One that will ideally:\n1) dissolve the component that you wish to collect but not the others. Then you can do a filtration, collect the filtrate and evaporate off the solvent to get back the component that you want.\nOR\n2) dissolve all those that you don't wish to collect but not the component that you want. Then you can do a filtration and collect the component that you want as the residue.\n\nHope this helps :)
246257
They are the same.  Either way, immediately after you wash with either, your hands start to aquire bactiria in the air and aything you touch.
1153162
Yes.. they use ones that dissolve. It's no big deal.
838309
b a solution, the salt will dissolve
910767
Water.  Alcohol absorbs heat quickly but doesn't store it well.
977052
You need a variable in any experiment to compare results. Perhaps you could use cold (ice) water in one container, warm in another and hot or boiling in another. You can then make your prediction on which will dissolve first and have an experiment that will verify whether you have made an accurate prediction.
871982
it would have to be "e". a strong-electrolyte is the only one that dissolves itself 100% purely in the a solution. the weak electrolyte does not do that since it cannot do that but rather ionizes itself partially in a  weak electrolyte.\n\nhope this site helps:\nhttp://en.wikipedia.org/wiki/Strong_electrolyte
736320
water can only dissolve polar molecules the OH factor in carboxilic acids or organic alcohols is polar but the carbon chain is not polar when the molecules are small in size the polar part acts stronger and the molecule is soluble but when the nonpolar chain becomes longer and thus more dominant it's no longer possible for water molecules to dissolve basically nonpolar molecules within