It is because.monochlorinauon of
ethane. gives only ethyl chloride whereas monochlorination of pentane
gives three isomeric chloro
derivatives.
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Thursday, February 6, 2020
Nitrobenzene and not benzene, is used as a solvent for Fricdel Craft alkylation of bromobenzene. Why ?
Bromo
substituted benzene is preferentially more reactive than Nitro substituted
benzene hence it would preferentially undergo alkylation if il is used as a solvent.On the other hand, in nitrobenzene is so strongly deactivating that nitrobenzene
does not undergo Friedel Craft reaction.
Related Questions:
Is Benzene same as 1,3,5-Cyclohexatriene ?
Which halogen best delocalises electron density to benzene ring?
Nitrobenzene and not benzene, is used as a solvent for Friedel Craft alkylation of bromobenzene. Why ?
Why tetraalkylammonium ion ((CH3)4 N+) is neither an electrophile nor a nucleophile and H3O+ is not nucleophile but electrophile although it contains a lone pair of electrons.
Why does not carbon form C+4 or C-4 ions? Explain.
Which halogen best delocalises electron density to benzene ring ?
What is Lindlar’s catalyst and does Lindlar’s catalyst use ?
Fluorine is more electronegative than chlorine even then, p-flurobenzoic acid is weaker acid than p-chlorobenzoic acid explain ?
Related Questions:
Is Benzene same as 1,3,5-Cyclohexatriene ?
Which halogen best delocalises electron density to benzene ring?
Nitrobenzene and not benzene, is used as a solvent for Friedel Craft alkylation of bromobenzene. Why ?
Why tetraalkylammonium ion ((CH3)4 N+) is neither an electrophile nor a nucleophile and H3O+ is not nucleophile but electrophile although it contains a lone pair of electrons.
Why does not carbon form C+4 or C-4 ions? Explain.
Which halogen best delocalises electron density to benzene ring ?
What is Lindlar’s catalyst and does Lindlar’s catalyst use ?
Fluorine is more electronegative than chlorine even then, p-flurobenzoic acid is weaker acid than p-chlorobenzoic acid explain ?
Why tetraalkylammonium ion ((CH3)4 N+) is neither an electrophile nor a nucleophile and H3O+ is not nuclephile but electrophile alihough it contains a lone pair of electrons.
There is no electron
pair on nitrogen Moreover nitrogen cannot accept electron pair since all its
orbitals are fully occupied. Therefore, it can neither act as electrophile nor
as nucleophile.
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