is butylene glycol an organic compound?
373155
Butylene glycol is definitely an organic compound.  1,4-butylene glycol is just:\n\nHO-CH2-CH2-CH2-CH2-OH\n\nI hope this is enough.
826730
Silicon carbide is not organic. It is, however, very hard. It is used on the edges of cutting tools because it wears better than steel.\n\nOther carbon compounds exist that are not organically derived such as calcium carbide (used to generate acetelyne gas by reaction with water), carbon disulfide, etc. See the Wikipedia reference for others.
583132
It shouldn't have anything significant.  Propylene glycol (1,2-propanediol) has no pi-bonds, so there wouldn't be any UV-absorbing electron structure.\n\nHO-CH2-CHOH-CH3
768102
p,p-dichloro diphenyl trichloroethane
973079
In organic:  Fixation\nOrganic: Oxidation
987874
http://en.wikipedia.org/wiki/Organic_chemistry
798882
no it doesnt.........its IUPAC NAME is 2,3-dihydroxypropanal which suggets that it has a linear structure with  only three carbon atoms with an alcoholic group at the 2 n 3 carbon atom and with a carbonyl group (aldehyde gropu in this case) as the terminal carbon atom\nA compound will have a cyclic structure only if its a cycloalkane , cycloalkene or an aromatic compound.........since glyceraldehyde is none of the above..........its evident that its got a linear structure.
485893
Check on the internet for the ratios used by comercial factories, then prepare a solution from glycol and water in the given proportion. That's all!!!
764178
Trick question, multiple answers. . .\n\n1. CH3(CH2)3OH\n2. C2H5CH(OH)CH3\n3. (CH3)2CHCH2OH\n4. (CH3)3COH\n5. (C2H5)2O\n6. CH3(CH2)2OCH3\n7. (CH3)2CHOCH3\n\nOk, #4 is tert-butanol.  All of these are structures for C4H10O\n\ngo to http://www.cem.msu.edu/~reusch/VirtualText/intro3.htm and scroll down to the isomers section.  All the diagrams are listed there.
233816
None.  The sell chemicals with alkyl groups.  In CH3Cl, CH3 is the alkyl.  They don't exist on their own.  Start with\n\nhttp://www.sigmaaldrich.com/Local/SA_Splash.html
858619
The easiest way to approach problems like these, my friend, is to look at your alkyl halide first and then look at your nucleophile or base.\n\nT-butyl bromide is a tertiary halide.  Tertiary halides undergo E1 and SN1 reactions because of their ability to form a stable carbocation intermediate.  If you recall, tertiary carbocations are more stable than primary and secondary.\n\nYour -OCH3 is a strong base known as methoxide, the conjugate base of methanol.  Strong bases favor elimination reactions and thus the elimination product is your answer.
134637
It is ortho toluene diamine
864248
I understand that the compound in question is soluble in both pet. ether and ethanol. The reason why pet. ether is preferred must be to do with the volatility of pet. ether. \n\nYou can easily evaporate pet. ether, which is why this is preferred over ethanol. \n\nThanks.
203222
It's a carbon-hydrogen chain. \nIt is used in organic reactions.
866225
Assuming the OTs is tosylate, your answer is correct. It should have the UIPAC name of 1,2 dimethyl butyl ethyl ether. The number starts from the ether bond - I think.\n\nIf this is a true SN1 reaction, racemisation will be practically complete and the products will show no optical activity - generally. SN1 reactions generally proceed through the carbonium ion intermediate.\n\nThe final product will have an assymmetric carbon atom (marked with the *). Thus the two mirror images will not be superimposable and optical activity with result. Racemisation will generally result (as for SN1 reactions) and equal amounts of both isomers will form and the optical activity will nearly be zero.\n\nThe wedged and dashed lines indicate spatial arrangement. The wedged line indicate the group comes out of the page and the dashed line indicated going into the page. This convention is used to shown spatial arrangements for demonstration of the stereo chemistry of reaction pathways.\n\nHit the textbook my old son......
377792
Ethylene Glycol though it could be Isoproply Alcohol -Ethylene Glycol is what is in anti-freeze.
157082
Specifically: water, pyridine, squalene, urea, acetic acid, lactic acid, complex alcohols and glycols, ketones, and aldehydes.