Matches in DBpedia 2016-04 for { ?s ?p "Carbamic acid is the compound with the formula NH2COOH. The attachment of the acid group to a nitrogen or amine (instead of carbon) distinguishes it from carboxylic acid and an amide. Many derivatives and analogues of carbamic acid are known. They are generally unstable, reverting to the parent amine and carbon dioxide. The deprotonated anion (or conjugate base) of this functional group is a carbamate. Carbamic acid is a planar molecule."@en }
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- Carbamic_acid abstract "Carbamic acid is the compound with the formula NH2COOH. The attachment of the acid group to a nitrogen or amine (instead of carbon) distinguishes it from carboxylic acid and an amide. Many derivatives and analogues of carbamic acid are known. They are generally unstable, reverting to the parent amine and carbon dioxide. The deprotonated anion (or conjugate base) of this functional group is a carbamate. Carbamic acid is a planar molecule.".
- Q412078 abstract "Carbamic acid is the compound with the formula NH2COOH. The attachment of the acid group to a nitrogen or amine (instead of carbon) distinguishes it from carboxylic acid and an amide. Many derivatives and analogues of carbamic acid are known. They are generally unstable, reverting to the parent amine and carbon dioxide. The deprotonated anion (or conjugate base) of this functional group is a carbamate. Carbamic acid is a planar molecule.".
- Carbamic_acid comment "Carbamic acid is the compound with the formula NH2COOH. The attachment of the acid group to a nitrogen or amine (instead of carbon) distinguishes it from carboxylic acid and an amide. Many derivatives and analogues of carbamic acid are known. They are generally unstable, reverting to the parent amine and carbon dioxide. The deprotonated anion (or conjugate base) of this functional group is a carbamate. Carbamic acid is a planar molecule.".
- Q412078 comment "Carbamic acid is the compound with the formula NH2COOH. The attachment of the acid group to a nitrogen or amine (instead of carbon) distinguishes it from carboxylic acid and an amide. Many derivatives and analogues of carbamic acid are known. They are generally unstable, reverting to the parent amine and carbon dioxide. The deprotonated anion (or conjugate base) of this functional group is a carbamate. Carbamic acid is a planar molecule.".