Organic Compounds Containing Nitrogen

This topic describes how amines are classified as primary, secondary and tertiary in brief. We will also describe when amines are said to be simple and mixed.

This topic explains the structure and physical properties of amines. It covers all the reactions involving amines. We will also learn about the shape and angle of the amines along with its geometry.

In this topic, we will study the nomenclature of amines. We will also learn the common and IUPAC names of various amines given in the table.

The topic discusses stereoisomers, geometrical isomerism, conformational isomerism and optical isomerism which are types of isomerisms shown by amines. We will study the criteria of isomerism in amines with geometric illustrations.

In this topic, we will study the reactions involved during the preparation of amines from different compounds. It also informs about the details of catalysts used in each reaction for the preparation of amines with the aid of examples.

In this topic, we will study physical properties of amines, including the primary and secondary amines along with intermolecular hydrogen bonding. It also contains comparison of boiling point of amines, alcohols and alkanes of similar molecular masses.

This topic describes the basic character of amines with the reason for its basicity. It also mentions the groups that can increase or decrease the basic character of amines. We will learn about the order of basicity in amines.

In this topic, we will discuss the chemical properties of amines. It also deals with different uses and types of amines.

The topic will illustrate some different methods of the separation process of amines with examples. It also discusses the procedure to be followed for the separation of primary, secondary and tertiary amines with the chemical reactions.

In this topic, we will study the tests done for the detection of amines in a mixture. It describes each test done for the detection of this functional group. We will also learn about the test used to differentiate amines from other compounds.

The topic details the uses of amines as reagents for the synthesis of other products. It also elaborates the commercial importance of amines with examples and illustrations.

In this topic, we will learn the general formula of diazonium salt along with the meaning of every group contained in the formula. We will also study about the stability of the diazonium salts in brief.

This topic gives the nomenclature of the diazonium salts by mentioning its prefix and suffix with examples. It also discusses the naming of the compounds of the diazonium salts based on their structures.

In this topic, we will study how diazonium salt is prepared by the reaction of aniline with nitrous acid including the brief description about diazotization. We will also learn about the storage of diazonium salt and its chemical formula.

This topic deals with the physical properties of diazonium salts in brief. We will also understand the colour, solubility in water, stability in cold and its decomposition.

This topic provides a detailed explanation of chemical reactions given by diazonium salts. It covers electrophilic reactions and explores the mechanism of nucleophilic reactions. We will also study chemical properties of diazonium salts.

This topic explores the importance of diazonium salts in the synthesis of some compounds. It also discusses all the chemical reactions involving diazonium salts. We will also study their physical properties and uses.

This topic deals with the nomenclature, methods of preparation and physical and chemical properties of nitro compounds. It also explains the ring substitution reactions in detail.

In this topic, we will learn about the cyanides and isocyanides along with their examples. It elaborates the characteristics of cyanides and isocyanides with the reactions shown by them. It also illustrates the compounds containing these groups.

This topic introduces us to the nomenclature of the cyanides and isocyanides by mentioning its prefix and suffix. It also discusses the naming of the compounds of the cyanides and isocyanides based on their structures.

This topic will help us learn about the reactions involved during the preparation of cyanides and isocyanides from different compounds. It also provides the details of catalysts used in each reaction with the aid of examples.

In this topic, we will study the physical properties of cyanides and isocyanides with illustrations. It mentions the density, volume, melting and boiling point, and characteristic colour of the cyanides and isocyanides.

This topic gives a detailed explanation of chemical reactions of cyanides and isocyanides. It covers electrophilic reactions and explores the mechanism of nucleophilic reactions. We will also study chemical properties of cyanides and isocyanides.

In this topic, we will learn about the uses of cyanides and isocyanides as reagents for the synthesis of other products. It also elaborates the commercial importance of cyanides and isocyanides via examples.

This topic discusses the tests for the detection of cyanides and isocyanides. It describes each test required for the detection of these functional groups. We will also learn about the test used to differentiate cyanides and isocyanides.