For the following acid–base pairs, (i) complete the reaction; (ii) identify the acid (A), base (B), conjugate acid (CA), and conjugate base (CB);
(f)

In the following reactions,

(i) identify the acid and base,

(ii) identify the most electron-rich atom in the base,

(iii) identify the most acidic hydrogen in the acid,

(a)

For the following acid–base pairs,

(i) complete the reaction;

(ii) identify the acid (A), base (B), conjugate acid (CA), and conjugate base (CB);

(b)

For the following acid–base pairs,

(i) complete the reaction;

(ii) identify the acid (A), base (B), conjugate acid (CA), and conjugate base (CB);

(c)

For the following acid–base pairs,

(i) complete the reaction;

(ii) identify the acid (A), base (B), conjugate acid (CA), and conjugate base (CB);

(e)

For each of the following molecules, predict the product that would form upon reaction of a single equivalent of a strong base.

(f)

Sodium amide (NaNH₂) dissociates to give a sodium cation (Na⁺) and amide ion (NH₂^-) a very strong base. In the following three equations, identify which definition of base is being exemplified.

(a)

Sodium amide (NaNH₂) dissociates to give a sodium cation (Na⁺) and amide ion (NH₂^-) a very strong base. In the following three equations, identify which definition of base is being exemplified.

(c)

Identify the Lewis acid and the Lewis base in each of the following reactions.

(c)