can anyone give me list for name reactions in organic chemistry?
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Baeyer-Villiger oxidation \nBarbier reaction \n**Barton-McCombie deoxygenation \nBaylis-Hillman reaction \n**Beckmann rearrangement \nBergman cyclization \nBirch reduction \nBischler-Napieralski isoquinoline synthesis \nChan rearrangement \nChichibabin reaction \nClaisen condensation \nClaisen rearrangement (traditional) \nClaisen rearrangement (Eschenmoser variant or Eschenmoser-claisen) \nClaisen rearrangement (Johnson variant or ortho ester variant) \noxy-Cope rearrangement \nCorey-Winter reaction \nCurtius rearrangement \nDanishefsky's diene \n**Darzens condensation \n**Demjanov rearrangement \nDess Martin periodinane oxidation \n**Dieckmann condensation \n**Diels-Alder reaction \n**Favorskii rearrangement \nFétizon's reagent \ncarbon-Ferrier rearrangement \nFinkelstein reaction \nFisher indole reaction \n**Fleming-Tamao oxidation \nFriedel Crafts acylation \nFriedel Crafts alkylation \n**Fries rearrangement \n**Fritsch-Buttenberg-Wiechell rearrangement \n**Gabriel synthesis \nGarner aldehyde \nGlaser reaction \n**Grignard reaction \n**Grob fragmentation \nHaller-Bauer reaction \nHeck reaction \nHenry reaction \nHofmann elimination \nHofmann rearrangement \nHorner-Wadsworth-Emmons olefination \nJones oxidation \n**Julia epoxidation \nKeck allylation \nKnoevenagel condensation \n**Kulinkovich reaction \n**Luche reduction \nMajetich cyclobutane annulation \n**McMurry coupling \nMichael addition \nMitsunobu reaction \nMosher's acid - determine enantiomeric composition \nNazarov cyclization \nNeber reaction \n**Nysted reagent (olefination of carbonyls) \nParikh-Doering oxidation \nPaterno-Buchi cyclization \nPauson-Khand reaction \nPearlman's catalyst \n**Payne rearrangement \n**Pechmann condensation \n**Peterson olefination \n**Pictet-Spengler Cyclization \n**Ramberg-Bäcklund rearrangement \nRaney nickel \n**Reformatsky reaction \n**Robinson annulation \nRoush coupling \n**Schmidt reaction \nSchwartz reagent \nSeyferth-Gilbert homologation \nShapiro reaction \nSharpless asymmetric dihydroxylation \nsimmons-Smith reaction \nSonogashira coupling \nStevens rearrangement \nStille coupling \nStobbe condensation \n**Suzuki coupling \nSwern oxidation \nTebbe reagent \n**Tiffeneau-Demjanov rearrangement \nTishchenko reaction \n**Ugi condensation \nVilsmeier formylation \nWagner-Meerwein rearrangement \n**Willgerodt-Kindler reaction \nWilkinson's catalyst \nWittig olefination \nWittig rearrangement ([2,3]-sigmatropic rearrangement) \nWolf-Kishner reduction\nZimmerman-Traxler transition state model
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1 - NH4OH\n2 - PbO\n3 - KBr\n4 - PCl5 (five)\n5 - Al(NO3)3\n6 - Ba3(PO4)2  (not sure)\n7 - C4H10\n8 - Sn(OH)4\n9 - NH4NO3\n10 - Li3P\n11 - Ba3ClO2   (not sure)\n12 - MgSO3
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http://www.olysun.com/Chem_121/Soln.html\n\n\ncc
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It is a nucleophilic substitution reaction, where the nucleophile -OH from KOH replaces -Cl from 1-chlorobutane; this forms KCl and 1-butanol as products.\n\nKOH + CH3-CH2-CH2-CH2Cl ---> KCl + CH3-CH2-CH2-CH2OH
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using letters to represent the general situation for a replacement reaction you'd get:\n\nA  + B-C react to produce B + A-C. In other words molecule A was by itself in the beginning but it replaced B to form a new molecule and molecule B ends up by itself.
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You could also try\nwww.rxlist.com\nthey shurely describe the mode of action\n\nFor chemical structures try\nwww.wikipedia.org\nthey should cover a lot of the substances, I guess.
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go to\nwww.chemistry.com
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The reaction formula is\n\nCH2COOH                           \nCH(OH)COOH (aq) + NaHCO3 (aq)----> \nCH2COOH                            \n\nCitric Acid\n\n       CH2COONa\n CH(OH)COONa    (aq)+ H20 (l) + CO2(g)\n       CH2COONa
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understanding the reaction meachanism \neffect of catalysts etc....\ndetermining the amounts needed
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Water can be reactive with many compounds in organic chemistry.  More specifically, it will protonate or deprotonate your reaction intermediates and possible give undesired products.
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http://en.wikipedia.org/wiki/Reaction_mechanism\nhttp://en.wikipedia.org/wiki/Bromomethane
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you can use Chem office but not as partical naming and also you can use merck index software and if you couldnt find it on your market I have it the name of organic molecules depinding  on many think even the software didnt help you as you think
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OH-(aq) + HC2H3O2(aq)---> H2O(l) + C2H3O2-(aq)
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http://www.bbc.co.uk/schools/gcsebitesize/chemistry/chemicalreactions/0acidsbasesrev2.shtml
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www.chemfinder.com might help
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#10.\n\n3,4 - dimethylhept - 3 - ene\n\nI cant really draw the other ones.\nJust look up your reaction mechanisms.\n\nGood Luck!
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um...right...please retype the question. if you want to know more about the branches (inorganic, organic, physical etc) try www.chemistry.org