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Questa Cmap, creata con IHMC CmapTools, contiene informazioni relative a: Markovnikov_Ales_eng, energy barrier moreover higher rate of conversion, the ionic species which contains it is called carbocation, a particle very reactive therefore an electron pair, collision between electrophile, an electron pair bonds to less substituted carbon, an electron pair bonds to electrophile, low enthalpy consequently energy barrier, electrophile eventually bonds to nucleophile, less substituted carbon the opposite is most substituted carbon, collision between alkene, most substituted carbon and the ionic species which contains it, if unstable will have got low enthalpy, electrophile bonds to less substituted carbon, most substituted carbon that is Carbon which became positive, carbocation which makes a particle very reactive, carbocation if unstable, energy barrier will be low, less substituted carbon with less H atoms, electrophile with a little energy becomes carbocation