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Refer to the Sugars Below to Answer the Following Question(s)

Question 9

Multiple Choice

Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter.
Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose

-Refer to instructions. _____ oxidizes to an optically inactive aldaric acid.


A) (−) -tagatose Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
B) (+) -gulose Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
C) (−) -erythrose Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose
D) (−) -ribulose Refer to the sugars below to answer the following question(s) . Choose the sugar that best fits each description. There is only one correct answer for each question, but sugars may be used more than once. Indicate each answer by the corresponding letter. -Refer to instructions. _____ oxidizes to an optically inactive aldaric acid. A) (−) -tagatose B) (+) -gulose C) (−) -erythrose D) (−) -ribulose

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