What is the chemical name and formula for rubbing alcohol?
962530
isopropyl alcohol, CH3CHOHCH3
1127301
I leave the H's:\nC-C-C-C-O butanol-2\nC-C-CO-C  butanol-2\nC-O-C-C-C propyloxy methane\nnot shown: isopropyloxy methane\nC-C-O-C-C ethoxy ethane
921488
2ClO4(-) --->  2ClO4(-)\n2H(+) + 2OH(-) ---> 2H2O\n\nwhere sign in brackets are superscripts.
624609
Alcohols would be the product of the reduction of aldehydes or ketones.  To get isoproanol, you would have to reduce acetone with either lithium aluminum hydride or sodium borohydride.\n\n(CH3)2C=O  --->  (CH3)2CH-OH
989768
Pure Ethyl alcohol has a hellvua (R+M)/2 octane number at 115!\n\nFirst number is RON, second number is MON\n\nmethanol                    133 : 105         \nethanol                       129 : 102 \niso propyl alcohol       118 :  98 \nmethyl tertiary butyl ether   116 : 103 (this is MTBE the stuff they just took out of gasoline) \nethyl tertiary butyl ether    118 : 102 \ntertiary amyl methyl ether    111 :  98\n\nHope this does the trick for you, and no I am not a chemical engineer, but I do know how to use Google! :^)
91766
Nail polish is mostly water, but the effective ingredient is acetone, a ketone with the formula:\n\nCH3 - CO - CH3\n\nwhere CO is a carbon double-bound to an oxygen (a carbonyl).
747230
It is more commonly referred to as Methyl Ethyl Ketone. or MEK.\nMEK is a very good solvent on its own. You may find it mixed with other solvents in Laquer thinner. Other similar solvents are benzene, xylene, toluene.\nUses for MEK: you may find it in these products\nAcid nonhousehold metal cleaners (liquid) \nAerosol paint concentrates \nArchitectural coatings \nAuto, other transportation, and machinery refinish paints incl primers \nAutomobile body polish and cleaners \nGeneral performance sealants (PVAC, butyl, vinyl, etc.) \nGravure inks \nGround/traffic marking coatings \nHousehold hard surface cleaners (aerosol) \nHousehold hard surface cleaners (liquid) \nHousehold tints and dyes \nIndustrial particleboard (furniture, fixtures, cabinets, etc.) \nInks, writing and stamp pad inks (excl drawing and printing inks) \nLaundry starch preparations \nLubricating oils \nMarkers, fine point and broad tipped \nMisc. use aromatics \nMiscellaneous agricultural/pesticidal products \nMiscellaneous paint-related products \nNail enamel and polish removers \nNonstructural caulking compounds and sealants \nOther art materials incl clay, water & tempera colors, finger paint, etc. \nOther automotive chemicals \nOther industrial chemical specialty products \nOther manicuring preparations \nOther miscellaneous allied paint products, including brush cleaners \nOther specialty cleaning and sanitation products \nPaint and varnish removers \nPaint thinners \nShoe polishes and cleaners \nSolvent thinned interior clear finishes \nSolvent thinned interior stains \nSolvent thinned interior undercoaters and primers \nSpecialty performance sealants \nSurfactants, finishing agents, and assistants \nSynthetic resin and rubber adhesives \nWaterproofing compounds \n\nIts kind of a nasty chemical as far as breathing it, but it is an excellent solvent
767187
It looks like an alcohol.  An alcohol has the structure R-O-H, where R is any alkyl (carbon and hydrogen) group.
290908
http://www.eacochem.com/lc_aluminumcleaning.shtml
212037
I think you are talking about Aluminum zirconium tetrachlorohydrex gly (used in anti perspirants). the molecular formula is\n\nAlyZr(OH)3y+4-xClxmGlynH2O
947223
Alcohol, aldehyde, ketone, or carboxylic acid.
508451
Acetic acid\nCuprum\nNickel\nSodium chloride\nThere are many but common is D-glucose\nIsopropyl alcohol but accord to IUPAC it is 2-propanol\n\n\nWell in laundry detergents most commonly used element is hydrated sodium carbonate (Na2CO3.10H2O)
161590
Most over the counter rubbing alcohol is 70% isopropanol alcohol 30% distilled water.\n\nSurface tension can be measured with scientific devices called Tensiometer.\n\nPure water has a surface tension of 72 dynes/cm. If a solution containing an alcohol concentration of 10% to 25% the surface tension will be reduced to 35-45 dynes/cm \n\nRubbing Alcohol has a much higher concentration so it would reduce the surface tension even more.  Soap is another compound that reduces the surface tension of water.  Typically compounds that do this kind of thing are called Surfactants.  \n\nSurfactants interact with water by disrupting or modifying the hydrogen bonding network of water. Since this reduces the cohesive forces in water, this leads to reduction in the surface tension
181195
SD Alcohol 40, Hydrofluorocarbon 152A, Octylacryamide/Acrylates/Butylaminoethyl
16409
Methanol, also known as methyl alcohol or wood alcohol, is a chemical compound with chemical formula CH3OH. It is the simplest alcohol, and is a light, volatile, colourless, tasteless, flammable, poisonous liquid with a very faint odor. It is used as an antifreeze, solvent, fuel, and as a denaturant for ethyl alcohol.\n\nMethanol is produced naturally in the anaerobic metabolism of many varieties of bacteria. As a result, there is a small fraction of methanol vapor in the atmosphere. Over the course of several days, atmospheric methanol is oxidized by oxygen by the help of sunlight to carbon dioxide and water.\n\nLarge scale production methods can be found in the sources listed. Small scale production can be achieved through destructive distillation of wood.
954456
Well use a series of steps.\n\n1st step add Calcium Carbonate. This will fizz in the case of the vinegar, as acid plus carbonate gives salt, water and carbon dioxide. U can even test the gas to be CO2, as it turns lime water milky. U will eliminate the vinegar from further tests.\n\n2nd is separate the alcohol from the salt and fresh water. Do this by testing with Cobalt chloride paper. The paper changes from blue to pink if any water is present. The sample which doesn't change the paper would be the alcohol.\n\n3rd is to separate the salt water from the fresh water. Do this by adding silver nitrate followed by aqueous ammonia. Salt contains sodium chloride, so the presence of the Cl- ion will cause the formation of a white precipitate that dissolves in excess alkali.\nSo, the one that produces no ppt is therefore pure water.
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