How to label conjugate acids and bases?
When you solve a reaction, the products will almost always be conjugate acids and conjugate bases. This means that the conjugate acid will have one or more carboxylic acid or -OH groups and the conjugate base will have one or more basic or -OH groups. This type of reaction is called a conjugate addition because the reaction occurs between two conjugate acids or conjugate bases.
How to label conjugate acid and base?
When naming conjugate acids and bases, it's important to include the acidic or basic group and then the R-group. Common R-groups include -OH, -CO2H, -SH, -NH2, -COOH, -CHO, -CNH2, -NO2, and -O-. You may also want to include the anionic charge that makes it an acid or base. This depends on whether you want to write about a neutral conj
How to label conjugate acid and base reactions?
If you perform a reaction that generates a conjugate acid or base, you’ll need to label your product correctly. Typically, you’ll want to use the name of the conjugate form of the acid or base. If you have a phenolic or enolic acid, the product will be a phenolate or enolate, respectively. If you have a carboxylic acid, the product will be a carboxylate.
How to label an acid-base reaction?
When neutralizing an acid with a base, you create a salt and a water molecule. To show the chemical equation for this reaction, you’ll need to write the number of atoms in each reactant, the type of reaction (neutralization), and the charge of the reaction. This will automatically show you the charge of the products. You can also write the charges as a positive or negative number. Write “neutral” if the reaction does not produce a change in charge, i
How to label zwitterion?
If you want to reference the conjugate acid and base separately, you can label them as “zwitterionic” instead of “doubly charged.” The difference between the two terms is that a zwitterion consists of two functional groups with opposite charges rather than two charges of the same sign. For example, the amino group in lysine has a positive charge and the carboxyl group has a negative charge. When they come together to form a
