in addition to being used to flavor food, guaiacol can also be used to create other flavorants. to create…

in addition to being used to flavor food, guaiacol can also be used to create other flavorants. to create these other flavorants, scientists react guaiacol in different chemical reactions. the flavorants that are produced in these reactions are known as guaiacol derivatives. guaiacol derivatives have chemical structures that are based on the chemical structure of guaiacol. the models below show the chemical structures of guaiacol and two of its derivatives. complete the table to describe what the chemical structures of the two guaiacol derivatives have in common with the chemical structure of guaiacol. parts of the chemical structure of guaiacol chemical structure of derivative a chemical structure of derivative b a ring made up of six carbon atoms an oxygen atom connected to a carbon atom and a hydrogen atom exactly seven carbon atoms an oxygen atom connected to two carbon atoms

in addition to being used to flavor food, guaiacol can also be used to create other flavorants. to create these other flavorants, scientists react guaiacol in different chemical reactions. the flavorants that are produced in these reactions are known as guaiacol derivatives. guaiacol derivatives have chemical structures that are based on the chemical structure of guaiacol. the models below show the chemical structures of guaiacol and two of its derivatives. complete the table to describe what the chemical structures of the two guaiacol derivatives have in common with the chemical structure of guaiacol. parts of the chemical structure of guaiacol chemical structure of derivative a chemical structure of derivative b a ring made up of six carbon atoms an oxygen atom connected to a carbon atom and a hydrogen atom exactly seven carbon atoms an oxygen atom connected to two carbon atoms

Answer

Answer:

Parts of the chemical structure of guaiacol Chemical structure of derivative A Chemical structure of derivative B
a ring made up of six carbon atoms Yes Yes
an oxygen atom connected to a carbon atom and a hydrogen atom Yes Yes
exactly seven carbon atoms Yes Yes
an oxygen atom connected to two carbon atoms No No

Explanation:

Step1: Examine ring - structure

Visually inspect models. Both derivatives have six - carbon ring.

Step2: Check hydroxyl group

Both derivatives have O - H bonded to C (hydroxyl).

Step3: Count carbon atoms

Counting shows both have 7 carbon atoms.

Step4: Check ether - like oxygen

No oxygen is connected to two carbons in either derivative.