15. Which of the following could be a formula for a cyclic alkene? a. C6H14 b. C5H12 c. C5H10 d. C6H10 13. An oxidizing agent like KMnO4 could be used to: convert a hydroxyl group to a carbonyl group a. b. convert a carboxyl group to a hydroxyl group C. convert an alcohol into an alkene d. convert an alkene to an alkyl halide 14. What is the smallest alkene that requires a numbered position for the double bond when naming the compound? a. Methene b. Ethene c. Propene d. Butene
15. Which of the following could be a formula for a cyclic alkene? a. C6H14 b. C5H12 c. C5H10 d. C6H10 13. An oxidizing agent like KMnO4 could be used to: convert a hydroxyl group to a carbonyl group a. b. convert a carboxyl group to a hydroxyl group C. convert an alcohol into an alkene d. convert an alkene to an alkyl halide 14. What is the smallest alkene that requires a numbered position for the double bond when naming the compound? a. Methene b. Ethene c. Propene d. Butene
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter21: Hydrocarbons
Section: Chapter Questions
Problem 91A
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Transcribed Image Text:15. Which of the following could be a formula for a cyclic alkene?
a. C6H14
b. C5H12
c. C5H10
d. C6H10

Transcribed Image Text:13. An oxidizing agent like KMnO4 could be used to:
convert a hydroxyl group to a carbonyl group
a.
b. convert a carboxyl group to a hydroxyl group
C.
convert an alcohol into an alkene
d. convert an alkene to an alkyl halide
14. What is the smallest alkene that requires a numbered position for the double bond when naming the
compound?
a. Methene
b. Ethene
c. Propene
d. Butene
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