how do i name this organic molecule?
957221
The naming is correct. But the molecule can't exist as described. The Chlor-atom must be attached to the methyl-particle, which is attached to the 3-chloro pentane molecule at the 3rd Carbon-atom.
603629
1,2-Bis-(2-naphthyl)-2-hydroxy-ethanone (2-Naphthoin)\n\n.................O\n..................||\n(2-naph)-C-CHOH-(2-naph)\n\nwhere (2-naph) represents the 2-naphthyl group [C10H7-]\n\n(ignore the dots in the structure above -- they are used to hold the spaces that Yahoo otherwise deletes)\n\nTotal empirical formula would be: C12H16O2
960157
Names for the Alkanes:\n(the number before the name is the total number of carbon atoms in the molecule)\n\n1 Methane 22 Docosane \n2 Ethane 23 Tricosane \n3 Propane 24 Tetracosane \n4 Butane 25 Pentacosane \n5 Pentane 26 Hexacosane \n6 Hexane 27 Heptacosane \n7 Heptane 28 Octacosane \n8 Octane 29 Nonacosane \n9 Nonane 30 Triacontane \n10 Decane 31 Hentriacontane \n11 Undecane 32 Dotriacontane \n12 Dodecane 33 Tritriacontane \n13 Tridecane 40 Tetracontane \n14 Tetradecane 50 Pentacontane \n15 Pentadecane 60 Hexacontane \n16 Hexadecane 70 Heptacontane \n17 Heptadecane 80 Octacontane \n18 Octadecane 90 Nonacontane \n19 Nonadecane 100 Hectane \n20 Icosane  132 Dotriacontahectane \n21 Henicosane \n\nI hope this is what u r looking for\n:)
168925
Do you mean isoproPOL or isoproPYL. The answers above relate to isopropyl. I would guess isoproPOL is (CH3)2CH-O-.
956604
Try it out in the lewis-dot diagram\n      ..        ..\nH-O-Ca-O-H\n      ..        ..
340459
C 15 H 21 N \n\nIt's also known as DL-N-Ethyl-3-phenylbicyclo[2.2.1]heptan-2-amine which if you know O-chem tells you the structure.  \nGo to chemfinder.com and type fencamfamine into the search box.
771965
I can't tell you the name because i can't remember that stuff but the product will be K(NO3) PbI2\nif you're writing it in the long form it will be\n2KI + Pb(NO3)2 yeilds (arrow) 2K(NO3) + PbI2
232394
Looking at the name, its probably a ketone.  Ketones usually have a double bond which makes the compond have a "Y" shape.  The stem of the Y is where the double bond is.
803982
My best guess is \nlinoleoyloleoylpalmitoyl-\nglycerol, \ndioleoyllinolenoylglycerol, \noleoyllinoleoyllinolenoyl-\ngycerol.
441718
Key points to look for include:\n\nInfrared\n-NO2 bonds: 1515-1560, 1345-1385\nAlkenes: C-H: 3020-3080 (moderate), 675-1000\n         C=C: 1640-1680(variable) \nIf wet: Large OH hump in the 3500 area... should obliterate most other peaks in the area.\n\nI am not as up to scratch with NMR.\n\nThis is a common compound and an IR and NMR spectra should be easily found on the internet. I recommend chaecking them carefully as jus tlooking for the peaks above will probably not be highly useful.\n\nEven better than the internet is a resource book, any laboratory or university library should have such resource books.\n\nPersonally I recommend that if you are doing much organic chemistry to get 'Organic CHemistry' by Morrison R.T. and Boyd R.N., published by Prentice Hall.\nThis book has an excellent guide for spectra.
377779
Since there are naming rules to organic chemistry, 1,5 dimethylbenzene would be named with the lowest number order, which is 1,3 dimethylbenzene.  1,6 dimethylbenze would be 1,2 dimethylbenzene.
398453
It's pentanal, because it's a terminal carbonyl. It's certainly not pentanol, because otherwise you'd have a carbon missing 2 bonds, or a carbon missing 1 bond and an oxygen missing 1.
955333
an easy example you can remember is H2O(water).\nif u want a more difficult one, u can use CH3COOH(acetic acid)!\n\nALL DE BEST!
932033
Use a retro synethic method.\n\nTarget Molecule <-----  1,2-dibromo- 1,3-dibenzylpropane   (M2) (use 3eq. of NaNH3 in ammonia)\nM2 <---- 1,3-diphenyl-1-propene (M3) (use Br2 in CCl4)\nM3 <---- 1,3-diphenyl-2-propanol (M4) (use KOH/EtOH)\nM4 <---- 2-phenylethanal (M5) + benzyl bromide (M6) (Grignard rxn)\nM5 <---- 2-phenylethanol (M7) + Cr6+ (use chromic acid)\nM7 <----  Styrene (starting material #1) + i)BF3 ii) H2O2, HO-, H2O (anti-Markovnikov hydroboration)\nM6 <---- Benzyl alcohol (starting material #2) + Mg(s) in Et2O (make your Grignard to be condensed in a step later on)\n\nNow, you do the connections. Note my nomenclature is rusty and I'm not 100% sure about the phenyl nomenclature as Benzen side chains to a higher priority parent chain.
891068
CH3(CH2)5CH3\nCH3(CH2)3CH(CH3)2\nCH3CH2CH2CH(CH3)CH2CH2CH3\nCH3CH2CH2C(CH3)3\nCH3CH3CH(CH3)CH(CH3)2\nCH3CH2C(CH3)2CH2CH3\n(CH3)2CHCH2CH(CH3)2\n(CH3)3CCH(CH3)2\n(CH3CH2)3C\nI love this game lol
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.
1082464
It's octanol.\n\nEverything you need to know is linked below. To find information on any chemical, hop on GOOGLE and search "MSDS" along with the chemical name.\n\nMSDS stands for Material Safety Data Sheet.