Révisi nurutkeun 28 Nopémber 2006 15.32 édit Kumincir (obrolan \| kontribusi) Birokrat, Kuncén 12.238 suntingan Tidak ada ringkasan suntingan ← Éditan saméméhna		Révisi nurutkeun 29 Nopémber 2006 06.49 édit bolaykeun Kumincir (obrolan \| kontribusi) Birokrat, Kuncén 12.238 suntingan mTidak ada ringkasan suntingan Éditan salajengna →
Baris ka-4: Kimia organik boga kabiasaan anu kuat pikeun méré ngaran ka hiji réaksi dumasar nu manggihanana, misalna [[tata ulang Claisen]] (1912) jeung [[réaksi Bingel]] (1993). Mun ngaranna hésé kusabab panjang teuing (misalna [[réaksi Corey-House-Posner-Whitesides]]), mangka sok diringkes maké [[réduksi CBS]]. Jumlah réaksi nu nyebutkeun sacara langsung prosés aktualna mah teu loba, misalna baé [[réaksi éna]] atawa [[réaksi aldol]]. <!--▼ Another approach to organic reactions is by type of [[organic reagent]], many of them [[inorganic compound\|inorganic]], required in a specific transformation. The major types are [[oxidizing agent]]s such as [[osmium tetroxide]], [[reducing agent]]s such as [[Lithium aluminium hydride]], [[base (chemistry)\|bases]] such as [[lithium diisopropylamide]] and [[acid]]s such as [[sulfuric acid]]. Réaksi organik bisa ogé ditilik tina tipeu [[réagen organik]]na, nu lolobana [[sanyawa anorganik\|anorganik]], nu dipikabutuh dina transformasi anu husus. Tipeu-tipeu anu utama di antarana [[agén pangoksidasi]] (misalna [[osmium tétroksida]]), [[agén pangréduksi]] (misalna [[litium aluminium hidrida]]), [[basa]] (misalna [[litium diisopropilamida]]), jeung [[asam]] (misalna [[asam sulpat]]). ▲<!-- Factors governing organic reactions are essentially the same as that of any [[chemical reaction]]. Factors specific to organic reactions are the those that determine the stability of reactants and products such as [[Conjugated system\|conjugation]], [[hyperconjugation]] and [[aromaticity]] and the presence and stability of [[reactive intermediate]]s such as [[radical (chemistry)\|free radical]]s, [[carbocation]]s and [[carbanion]]s.

Réaksi organik: Béda antarrépisi