Classify the molecule shown according to the location of its carbonyl group and the number of carbon atoms. 
A) aldotriose
B) aldotetrose
C) aldopentose
D) ketotriose
E) ketotetrose
Correct Answer:
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Q1: A sugar is classified as a d-isomer
Q2: Which molecule shown is d-glyceraldehyde? Q3: Which molecule shown is a d-isomer? Q5: How many stereoisomers of an aldotetrose can Q6: How many chiral carbons are contained in Q7: How many stereoisomers are possible for the Q8: Which of the following is a ketopentose? Q9: Molecules such as erythrose and threose,which are Q10: Which of the following carbons in the Q11: Ribose can be classified as a(an)
A)
A)
A)
A)aldoketose.
B)aldopentose.
C)aldohexose.
D)ketopentose.
E)ketohexose.
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