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Citric acid and zingerone are two naturally occurring compounds. What orbitals are used
Chapter 1, Problem 1.71(choose chapter or problem)
Citric acid and zingerone are two naturally occurring compounds. What orbitals are used to form each indicated bond? a. HO O O CO2H H citric acid (responsible for the tartness of citrus fruits) CO2H b. zingerone (responsible for the pungent taste of ginger) O CH3 HO H
Questions & Answers
QUESTION:
Citric acid and zingerone are two naturally occurring compounds. What orbitals are used to form each indicated bond? a. HO O O CO2H H citric acid (responsible for the tartness of citrus fruits) CO2H b. zingerone (responsible for the pungent taste of ginger) O CH3 HO H
ANSWER:Step 1 of 5
When a carbon atom forms four single covalent bonds (sigma bonds), then it is hybridized. When a carbon atom forms a double bond ( a pi bond), then it is hybridized. When a carbon atom forms a triple bond (two pi bonds), it is sp hybridized.
When an oxygen atom forms two single covalent bonds (sigma bonds), then it is hybridized. When an oxygen atom forms a double bond ( a pi bond), then it is unhybridized, and its 2p orbitals are used in the bonding.
Hydrogen atoms form a single covalent bond, and it is unhybridized. Its 1s orbital is used in the bonding.