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Nucleophilic Substitution Reaction

Complete the ...

Question

Complete the following reaction.
$B F_{3} + M e_{3} N \to . . . . . . . .$

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Solution

$B F_{3}$ is an lewis acid.
And $N M e_{3}$ acts as an lewis base.

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B F_{3}

B - F

1.30 ˚ A

B F_{3}

M e_{3} N

M e_{3} N \to B F_{3}

B - F

B F_{3}

B F_{3}

M e_{3} N

M e_{3} N

\to

B F_{3}

B F_{3} + L i H \to

(C H_{3})_{2} O + B F_{3} \to (C H_{3})_{2} O \to B F_{3}

(S i H_{3})_{2} O + B F_{3} \to (S i H_{3})_{2} O \to B F_{3}

H_{3} N + B F_{3} \to H_{3} N \to B F_{3}

(C H_{3})_{2} O + B F_{4}^{-} \to (C H_{3})_{2} O \to B F_{4}^{-}

N H_{3} + B F_{3} ⟶ N H_{3} - B F_{3}, B F_{3}

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