Succinic acid, a white solid that melts at 182°C , is heated gently, and a gas is given off. After the gas evolution stops, a white solid remains that melts at a temperature different from 182°C . a. Have the succinic acid molecules been changed by the process? Explain your answer. b. Is the white solid that remains after heating still succinic acid? Explain you answer. c. In terms of the number of atoms contained, how do you think the size of succinic acid compares with the size of the molecules of the white solid produced by this process? Explain your answer. d. Classify molecules of succinic acid by using the term homoatomic or heteroatomic . Explain your reasoning.
Succinic acid, a white solid that melts at 182°C , is heated gently, and a gas is given off. After the gas evolution stops, a white solid remains that melts at a temperature different from 182°C . a. Have the succinic acid molecules been changed by the process? Explain your answer. b. Is the white solid that remains after heating still succinic acid? Explain you answer. c. In terms of the number of atoms contained, how do you think the size of succinic acid compares with the size of the molecules of the white solid produced by this process? Explain your answer. d. Classify molecules of succinic acid by using the term homoatomic or heteroatomic . Explain your reasoning.
Succinic acid, a white solid that melts at
182°C
, is heated gently, and a gas is given off. After the gas evolution stops, a white solid remains that melts at a temperature different from
182°C
.
a. Have the succinic acid molecules been changed by the process? Explain your answer.
b. Is the white solid that remains after heating still succinic acid? Explain you answer.
c. In terms of the number of atoms contained, how do you think the size of succinic acid compares with the size of the molecules of the white solid produced by this process? Explain your answer.
d. Classify molecules of succinic acid by using the term homoatomic or heteroatomic. Explain your reasoning.
Complete the following esterification reactions by drawing the line formulas of the carboxylic acid
and alcohol required to form the ester shown.
catalyst
catalyst
catalyst
apricot fragrance
Show the saponification products of the following ester:
You don't need to draw in the Na+ cation.
catalyst, A
catalyst, A
catalyst, A
What would happen if the carboxylic acid and alcohol groups were on the same molecule? In
essence, the molecule reacts with itself. Draw the structure of the products formed in this manner
using the reactants below. If two functional groups interact with one another on the same molecule,
this is called an “intramolecular" (within one) rather than "intermolecular" (between two or more)
attack.
OH
OH
catalyst
OH
HO
catalyst
catalyst
HO
OH
Chapter 1 Solutions
Chemistry for Today: General, Organic, and Biochemistry
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