OH но- но. -H он sugar X он gar X a reducing or a non-reducing sugar? Reducing, because one/both of the rings can open to expose a free aldehyde group Non-reducing, because one/both of the rings can open to expose a free aldehyde group Reducing, because neither of the rings can open to expose a free aldehyde group Non-reducing, because neither of the rings can open to expose a free aldehyde group Reducing, because one/both of the rings can open to expose a free ketone group Non-reducing, because one/both of the rings can open to expose a free ketone group Reducing, because neither of the rings can open to expose a free ketone group Non-reducing, because neither of the rings can open to expose a free ketone group Cannot be determined from the structure shown
OH но- но. -H он sugar X он gar X a reducing or a non-reducing sugar? Reducing, because one/both of the rings can open to expose a free aldehyde group Non-reducing, because one/both of the rings can open to expose a free aldehyde group Reducing, because neither of the rings can open to expose a free aldehyde group Non-reducing, because neither of the rings can open to expose a free aldehyde group Reducing, because one/both of the rings can open to expose a free ketone group Non-reducing, because one/both of the rings can open to expose a free ketone group Reducing, because neither of the rings can open to expose a free ketone group Non-reducing, because neither of the rings can open to expose a free ketone group Cannot be determined from the structure shown
Chapter4: Organic Compounds: Cycloalkanes And Their Stereochemistry
Section4.3: Stability Of Cycloalkanes: Ring Strain
Problem 8P: Each H↔H eclipsing interaction in ethane costs about 4.0 kJ/mol. How many such interactions are...
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Transcribed Image Text:Consider the structure of sugar X.
H OH
HO
OH
но.
он
Но
OH
sugar X
Is sugar Xa reducing or a non-reducing sugar?
O Reducing, because one/both of the rings can open to expose a free aldehyde group
O Non-reducing, because one/both of the rings can open to expose a free aldehyde group
O Reducing, because neither of the rings can open to expose a free aldehyde group
O Non-reducing, because neither of the rings can open to expose a free aldehyde group
O Reducing, because one/both of the rings can open to expose a free ketone group
O Non-reducing, because one/both of the rings can open to expose a free ketone group
O Reducing, because neither of the rings can open to expose a free ketone group
O Non-reducing, because neither of the rings can open to expose a free ketone group
O Cannot be determined from the structure shown
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