Is it polar or non-polar??\nTell me what solvent i have to use \nAnd yes i know all the dangers!!!!!!!!!!!!
119984
You know all the dangers? You sure? Acetone peroxide, known as "Mother of Satan" is extremely heat, friction, and shock sensitive, causing a huge explosion. In other words, heat, friction, and even a sharp motion could cause it to explode. If you have to ask Yahoo Answers how to dispose of acetone peroxide, you really shouldn't be near it. At all.\n\nEDIT: But if you really want to know, it is polar.
65887
I suspect you used Naphtha, a volatile liquid used for cleaning items and removing oil and grease. This is a relatively safe chemical with the exception of its high volatility and flammability. However, anything is possible and if you have doubt or issues, I suggest you see a medical professional.
578848
You're not going to easily deploymerize it. You may have a chance of dissolving it though. Look up its solubility parameter and choose a solvent with the same value of solubility parameter.
484963
Sounds like an "urban legend" to me. Given that the normal usage requires that the product become airborne and therefore inhalable, I would highly doubt that there would be chemicals in such concentrations to be lethal.
371640
do not use that!   use paintball marker oil at a paintball gun store...dicks sporting goods should have it
372613
I got your message.  I a little unsure about what you need to know.  I thought you said that you bought this chemical before.  What did you use it for and/or what do you need it for?  If you want more info. on the chemical itself go to your search bar and type in "strychnine hcl powder" and the listed sites will give you all the information that you need.
548556
Fe(NH4)2(SO4)2 .6H2O is highly insoluble in non polar organic solvents like chloroform, dichloromethane, etc. Might be slightly soluble in alcohols. Better you dissolve it in minimum amount of water (make highly saturated solution) and add drop by drop alcohol  in a period of time and keep aside without shaking. Crystals will grow slowly.\nIt might be helpful.
93009
In TLC, the less polar compound will travel MORE, not less.  In your mixture, phenol will be the more polar compound because the phenol will interact more strongly with the silica gel of the plate than the ether.  You can also separate the two compounds by a base extraction of the mixture from an organic solvent.  The phenol will be extracted into the water layer and the ether will remain in the organic layer.
343647
the rule you need to remember is \nLIKE DISSOLVES LIKE\nwater is a very polar molecule with H bonding\nso what has H bonding and a good polarity\nHCl, H2S(Polar but not too good H bonding), H2O2,\n\nBenzene is pretty much the most unreactive and unpolar molecule ever so it dissolves N2 extremely well and possibly H2S so some extent because H and S are near the same electronegativity.
360436
sorry i dont really know, but a kit designed for extraction might work o.k. I'm guessing that you have tried regular high salt or phenol based methods and these have not been successful, perhaps repeating the extraction protocol on the resulting product may help.\n\nhad to laugh at the above answer, clearly has no idea but has got the hang of copy and paste!
488479
Insufficient information to answer...is it 10% w:w, or 10% w:v?\nIf 10% w:w then it's 10 g of benzoic acid per 100 gms of solvent\nif 10% w:v then its 10g of benzoic acid per 100 cm3 of solution\n\nMost %s are w:v so if it is, then that means that the solution is 100 g benzoic acid per dm3...since FWt of benzoic acid is 122g, then the solution is 100/122 mol per dm3 (sorry don't have calculator handy!)
69198
mix it...let NaCl dissolve in water...then let the mmixture evaporate or perhaps bring the mixture into a boil 'til you can see the formation of crystals...   try it... i've encountered such experiment in my chemistry class... im not quite certain of the procedures though...it's two years ago...cant remember it well...^_^
119684
It would largely depend on the polarity of the bond.\n\nEver hear of the "like dissolves like" rule?\nWater, being a polar molecule, will dissolve other polar molecules as well as ionic compounds.  If the colvalently bonded molecule you are trying to dissolve is polar, you have a good chance at dissolving it in water (actual solubility values will varry).  However, if the molecule is non-polar, the molecule is not going to be soluble.\n\nExample,\nWater will easily dissolve "Salt" (NaCl) since it is an ioic compound.\nWater will dissolve alcohol since alcohol has an OH group, making it polar.\nWater will not dissolve gassoline for example since it is a non-polar hydrocarbon (that is why you cant mix oil and water).
126970
I suggest that you create a supersaturated solution first. Reason being that the more highly saturated the solution, the better the formation of the crystal and the larger the end product. This can easily be done by heating your solvent to a very high temperature and stiring in copious amounts of whatever is going to make up your crystal. Lower the heat as it goes and you should idealy end up with a very viscous solution, not so much of a liquid but more to the kind of stuff you get when you mix a bit of cornstarch with water. Thereafter dump everything in a beaker or bowl and suspend a thin wax thread in the solution itself. Cover up the bowl and leave to set for a few days. If you have done it correctly you should see a very nice, large crystal forming. Just a note though, don't let the thread touch the bottom of the bowl or even any thing other than the solution, or your crystal will be lopsided
11503
test the reactions of different substances in water. like um put in sugar and salt and then say it dissolved. And put in oil and say it freakin stayed seperate or whatever it does
599024
Contact poison controll. The surfactant might give you diarrhea, but the other two are what i would be concerned about.
357625
No such chemical compound to my knowledge.  Are you sure you have the name spelled correctly?