No, a hydroxyl group is different than a carbonyl group. A hydroxyl group is an O-H group, while a carbonyl group is a C=O (double bond) group. Perhaps you are thinking of a carboxyl group, which is a sort of hybrid of the 2 groups. Carboxyl groups are C-O-O-H, essentially a merge of the hydroxyl and carbonyl groups.
Glucose is a type of simple sugar. There are two functional groups in glucose. The functional groups are aldehyde and hydroxyl.
The hydroxyl group is polar due to the oxygen, resulting in high solubility in water.
None. The carbonyl group is C=O. In a ketone it is bonded to two R-groups (most likely two carbons.)
The core of a carbonyl group is a carbon (C) with a double bond to an oxygen (O). The C will have two single bonds to the rest of the molecule.
the replacement of the - OH of a carboxyl group with hydrogen
No. Ethanol contains a hydroxyl group, but not a carbonyl group.
A monosaccharide is composed of a chain of carbons all with hydroxyl groups, plus one carbonyl such as a ketone or an aldehyde.
Carbonyl
NH3 is not a carboxyl group.
The main functional groups in sugar and other carbohydrates is the carbonyl group and the hydroxyl group. The carbonyl group is composed of the aldehyde and ketone groups.
It is a carboxyl functional group, consisting of a carbonyl and hydroxyl group. It is an ACID [moiety].
carbonyl group does not have hydrogen, it is a carbon double bonded to oxygen. by adding a nucleophile such as H- or water you can form an alcohol in an addition reaction.
no, the hydroxyl group must be beta not alpha to the carbonyl group
I believe you are referring to the carboxyl group, which has the structural formula COOH. The carbon is double bonded to an oxygen atom and single bonded to a hydroxyl group. It can thus be thought of as a carbonyl group bonded to a hydroxyl group.
The -OH group is called the hydroxyl group
Glucose is a type of simple sugar. There are two functional groups in glucose. The functional groups are aldehyde and hydroxyl.
Monosaccharides differ from one another in the following ways: The number of carbon atoms they contain. The orientations of their hydroxyl group. The location of their carbonyl group.