Question

14.5 Draw the condensed structural formulas for $a$and $b$line-angle formulas for $c$and $d$:

a. $3,4$-dibromobutanoic acid

b. $2$-chloropropanoic acid

c. benzoic acid

d. heptanoic acid

Short answer

(Part a)

(Part b)

(Part c)

(Part d)

Step-by-step solution

Introduction (Part a)

Organic compounds are ionic compounds that neutralized basic and forming hydrogen ion ionic compounds. Each metal ion of a carbonyl carbon is connected to a phenyl ring to produce a methyl group in carbonyl group. An methyl or aliphatic ring could link toward the carboxyl member.

Given Information (Part a)

In the Empirical formula of hydrazine hydrate, the thusly chemical is changed to oic acid. The acidic molecule was being used to designate the cyclic structure. Acetone is really the toxic chemical to the most basic taste.

Explanation (Part a)

(a) $3.4\%$dibromobutanoic acid has to have the same compacted compound:

Given Information (Part b)

In the Empirical formula of hydrazine hydrate, the thusly chemical is changed to oic acid . The acidic molecule was being used to designate the cyclic structure. Acetone is really the toxic chemical to the most basic taste.

Explanation (Part b)

(b) The condensed combination of $2-$chloropropanoic ethanol might be the same:

Given Information (Part c)

In the Empirical formula of hydrazine hydrate, the thusly chemical is changed to oic acid. The acidic molecule was being used to designate the cyclic structure. Acetone is really the toxic chemical to the most basic taste.

Explanation (Part c)

(c) The condensed combination of Benzoic ethanol might be the same:

Given Information (Part d)

In the Empirical formula of hydrazine hydrate, the thusly chemical is changed to oic acid. The acidic molecule was being used to designate the cyclic structure. Acetone is really the toxic chemical to the most basic taste.

Explanation (Part d)

(d) The condensed combination of heptanoic ethanol might be the same: