Classify the carbohydrate, then indicate the chiral carbons with an asterisk. How many possible stereoisomers can exist for this carbohydrate?

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Q1: Classify the carbohydrate, then indicate the chiral
Q3: Assign the R/S configuration for each of
Q4: Convert the line-and-wedge structure into a Fischer
Q5: Draw an enantiomer of the carbohydrate. Assign
Q6: Most hexoses found in nature are D-carbohydrates.
Q7: Identify the relationship between the two carbohydrates.
Q8: Identify the relationship between the two carbohydrates.
Q9: Given the Fischer projection, draw both anomers
Q10: Given the chair conformation of a monosaccharide,
Q11: Ribose is cyclized to the hemiacetal
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