Introduction of a methyl group in ammonia markedly increases the basic strength of ammonia in aq. solution, introduction of the second methyl group increases only marginally the basic, strength of methyl amine in water. This is due to

different type of hybridisation in the two amines,

protonated dimethyl amine is more solvated than methyl amine.

protonated dimethyl amine is more solvated than the protonated methyl amine.

protonated dimethyl amine is less stable than the protonated methyl amine.

Introduction of a methyl group in ammonia markedly increases the basic

1.	Introduction of a methyl group in ammonia markedly increases the basic strength of ammonia in aq. solution, introduction of the second methyl group increases only marginally the basic, strength of methyl amine in water. This is due to
A.	different type of hybridisation in the two amines,
B.	protonated dimethyl amine is more solvated than methyl amine.
C.	protonated dimethyl amine is more solvated than the protonated methyl amine.
D.	protonated dimethyl amine is less stable than the protonated methyl amine.
Answer» E.

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Introduction of a methyl group in ammonia markedly increases the basic strength of ammonia in aq. solution, introduction of the second methyl group increases only marginally the basic, strength of methyl amine in water. This is due to

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