Which is a strong base?(please explain)
CH3CH2NH2 or CH3CH2NHCH3
CH3CH2NH2, there is one alkyl group (CH3-CH2-) that is attached to N.
This increases electron density on N by Inductive effect.
CH3CH2NHCH3, there are 2 alkyl group (CH3CH2- and CH3-) that is attached to N.
This increases electron density on N by Inductive effect more than CH3CH2NH2.
So, electron density is more on CH3CH2NHCH3 and hence this is stronger base
Answer: CH3CH2NHCH3
This structure is a strong base and favors E2. Please explain if it is a strong bulky base or strong small base? Plus what type of hydrogen is eliminated? (LDAS - Mg Br
If CH3CH2NH2 acts as a base, which of the following will form? Select the correct answer below: a diethylammonium ion a dimethylammonium ion an ethylammonium ion CH3CH2NH2 is not a base.
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strong nucleophile weak base strong bulky base strong nucleophile strong base Promote SN2/E2 weak nucleophile weak base Promote SN1/E1 Promote SN2 Promote E2 CH Br HS NCT HO CHO CHÚCHO NaNO NaOH NOME Noe HOORS Conjugate acids have pka 16-18 Conjugate acids Recall, you make hydroxide have pka 11 or alkoxide ons from the corresponding alcohol or water and Nat CH,OH (MOH) HO CH,CH,OH (EXOH) | HC-Ć-o to CH tert-BUOK NOCH KOHBU NEOBU The structures above are all ways of...
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