what type of compounds is soluble and insoluble in water?
830186
Polar substances like ionic compounds and salts are water soluble, non-polar substances like fat and oil are insoluble.
152376
solubility means how many grams (or moles) of ethanol will dissolve in a certain amount of water.\n\nThere is no limit to the amount of ethanol that will dissolve in water (or vice versa).
568319
in water the solubility is -6.26440763228718
755696
The general rule is "Like dissolves like."  That means polar or ionic things in polar solvents (like water) and non-polar things (like paraffin) in non-polar solvents (like mineral spirits).\n\nIonic conducts, non-ionic dies not.\n\nParaffin above looks okay.\nDichlorobenzene is not ionic.  I do not think it conducts.\nHydroquinone should be soluble in hot and cold mineral spirits.\nSugar is non-ionic.  It should not conduct.  Have you never put sugar into ice tea?\nSodium nitrate looks good.\nPotassium chloride is similar to table salt (Sodium chloride).  It should dissolve in cold as well as hot water.
709021
All chlorides are water soluble\n\nEXCEPTIONS: AgCl, Hg2Cl2
990586
You cant.\nThe key word here being "completely".\n\nNo matter how insoluble a given precipitate is, it is always soluble to some, very minor, degree.\n\nHowever, by choosing to precipitate a compound with a very low, practically zero, solubility, the ion is (for all intensive purposes) removed from solution.\nWhen dealing with such low-low solubilities, the Ksp value for the compound becomes important...the lower the Ksp, the lower the solubility.
877573
its gas\n\nArgon and oxygen have approximately the same solubility in water and are 2.5 times more soluble in water than nitrogenThis highly stable chemical element is colorless, odorless, tasteless and nontoxic in both its liquid and gaseous forms\n\nargon can form clathrates with water when atoms of it are trapped in a lattice of the water molecules
482786
Isopropyl alcohol is completely miscible with water, as it can hydrogen bond to water.\n\nCalcium chloride is soluble because water is polar and the attractive forces between the calcium ions and chloride ions can be overcome by water.
851017
B)   PbS  use the solubility rules. all leads are insoluble except with NO3, ClO4, and SO4....there is a list of solubility rules.
921966
Br2 is extremely soluble in CCl4 - much more soluble than in water.\nLook up "partition".
135415
That's a difficult question to answer because magnesium hydroxide is practically insoluble in water with a ksp value of like 1.8 x 10^-11 so very little magnesium hydroxide is dissolved in water.  But if you were to compare the solubility of magnesium hydroxide at 25C with 80C my guess is that it would be more soluble at a higher temperature but only by an almost insignificant amount.  \n\nIn short, Mg(OH)2 is pretty much insoluble in water so my direct answer after all the reasoning would probably be: no, Mg(OH)2 does not fit the pattern due to its extremely low solubility.
75373
A previous answerer almost got it right.  Many drugs are practically insoluble in water, yet they are basic.  Such drugs, being bases, can react with acids to form salts.  These salts, if properly chosen, can be quite water soluble.  Very commonly, salts formed by reacting bases with hydrogen chloride or hydrochloric acid (HCl) are quite water soluble.  It is often important to have good water solubility in a drug to aid its dissolution in the stomach or to make it appropriate for percutaneous (injection, intravenous, etc.) use.  These hydrochloride salts are designated by listing "HCl" after the drug name.
365195
it is how much is  able to dissolve in the solute(the substance being dissolved)solvent(the "dissolver"), for example, the solubility of sugar(solute) in a liquid(solvent) is a certain rate..hope it wuz helpful
41331
Hg2Br2, BaSO4, AgCl, PbCl2, Al(OH)3, are insoluble\nKBr is soluble.\nYou can refer to this link for details on solubility of salts.\nhttp://chemed.chem.purdue.edu/genchem/topicreview/bp/ch18/soluble.html
157082
Specifically: water, pyridine, squalene, urea, acetic acid, lactic acid, complex alcohols and glycols, ketones, and aldehydes.
2508
Weak acids and organic acids in water.\n\nBut remember the solution depends on what the solvent is.  In water, the seven strong acids essentially completely ionize...i.e. can be considered completely ionized.
986449
The lead compounds would be much more covalent in character, with a very high bond strength (aka lattice enthalpy). Where a compound is insoluble, this energy is too high for hydration enthalpies (the energy released when water surrounds an ion of either charge) to compensate for.