Amine Vs Amide: Key Differences You Should Know

Knowing everything about amine vs amide is important in the area of organic chemistry. While both compounds are made of nitrogen atoms, they have distinctive properties and characteristics. One of the most important differences between amine and amide is that amines don't have a carbonyl group associated with the nitrogen atom. But the carbonyl group is associated with the nitrogen atom in the case of amides. Let's discuss more these compounds and understand the differences between them.

Amine vs Amide: What are they?

Before getting on with the differences between amine and amide, you should know what these compounds are. Amines are derivatives of ammonia. They are made of one or more alkyl groups that replace hydrogen atoms present in ammonia. An amine can be categorized into three groups based on the number of alkyl groups associated with the nitrogen atoms.

• Compounds amine - A single alkyl group is associated with the nitrogen atom
• Secondary amine - Two alkyl groups are associated with the nitrogen atom
• Tertiary amine - Three alkyl groups are associated with the nitrogen atom

An amide is an organic compound that has a carbonyl group associated with nitrogen atoms. Amides are derivatives of deprotonated ammonia. An amide can be classified as an aromatic amide or aliphatic amide. The amides are divided into three groups.

• Primary amide - The alkyl group and nitrogen atom isn't bonded
• Secondary amide - A single alkyl group is bonded with the nitrogen atom
• Tertiary amine - Two alkyl groups are bonded to the nitrogen atom

Amine vs Amide: What are the differences?

Now that you have an idea of amine vs amide, let's discuss the differences between these compounds. Below listed are the most important differences between amine and amide that you should know.

• Amine is a compound that comes with nitrogen atoms and is bonded to the alkyl groups. Amide, on the other hand, is a compound that consists of nitrogen atoms. They are bonded to the carbon atom in the carbonyl groups.

• An amine doesn't have a carbonyl group associated with nitrogen atoms. However, an amide will have the carbonyl groups associated with the nitrogen atoms.

• An amine is made up of nitrogen, carbon, and hydrogen. Whereas, an amide is made up of oxygen, nitrogen, carbon, and hydrogen. This is one of the most important differences between amine and amide.

• In terms of chemical properties, amines are basic in nature. But amides are acidic.

• Most of the amines are gases and have lower molecular weight. They can vaporize easily. A majority of amides are solid. The physical properties of these compounds are determined at the same room temperature.

• An amine will have a low boiling point. But an amide will have a high boiling point.

Conclusion

When it comes to amine vs amide, the inclusion of nitrogen in the framework results in the creation of either amine or amide. The bond formed by the nitrogen atom in these compounds helps find the differences between them. The nitrogen atom in amine bonds to alkyl groups whereas the nitrogen atom present in amide bonds to the carbon atom in carbonyl groups. So, this is one of the most important differences between amine and amide. Besides, amines are basic and amides are acidic.