Naming amines is similar to naming simple alkanes. The longest chain is the chain labelled with the amine, and the shortest chains are added in front in alphabetical order with the annotation N – alkyl.
Primary and secondary amines are soluble in water, while tertiary amines are not. This is due to the fact the these do not have any Hydrogen and therefore no Hydrogen Bonding is possible.
Tertiary amines are more basic then primary amines. In total contrast to carboxylic acids an electron withdrawing group will reduce the basicity while an electron donating group will increase the basicity
The reaction with halogenoalkanes is uncontrollable since the product are even more reactive than the starting material
There are two ways how to reduce amides to amines:
This will be one Carbon atom less than the starting material
This will reduce the amide to its respective amine.
Nitriles can be reduced to their respective amines.
As a base, these will react with acids to produce a salt and water.
All acid derivatives react with amines to prepare amides.
This will substitute the amine group with the hydroxyl group.