Classification of Elements and Periodicity in Properties

IMPORTANT

Chemistry Solutions from Chapter -1 - Classification of Elements and Periodicity in Properties

This chapter discusses the classification of elements, and the modern periodic table with its nomenclature using atomic numbers. It covers electronic configurations and types of elements.

Practice Other Topics from Classification of Elements and Periodicity in Properties

Chemistry>Inorganic Chemistry>Classification of Elements and Periodicity in Properties>Need for Classifying Elements

This topic highlights the need of classification of elements into metals, non-metals, etc. It consists of examples for a better understanding.

Chemistry>Inorganic Chemistry>Classification of Elements and Periodicity in Properties>Genesis of Periodic Classification

This topic explains the triads and their laws in support of the periodic classification. It also explains Mendeleev’s periodic table and the laws of the octave in detail.

Chemistry>Inorganic Chemistry>Classification of Elements and Periodicity in Properties>Modern Periodic Law and the Present Form of the Periodic Table

This topic explains the difference in the modern periodic law in comparison with Mendeleev’s periodic law. It also introduces us to the different terms used in the periodic table.

Chemistry>Inorganic Chemistry>Classification of Elements and Periodicity in Properties>Electronic Configurations and Types of Elements

This topic highlights the concept of electronic configuration. It discusses shells, orbitals and transition series. It describes group-wise and periods electronic configuration. It also mentions the types of elements as s, p, d and f- block elements.

Chemistry>Inorganic Chemistry>Classification of Elements and Periodicity in Properties>Periodic Trends in the Properties of Elements

In this topic, we shall deal with the concept of the periodic trends in the properties. We will go through the periodic trends in physical properties, trends in chemical properties, periodic trends and chemical reactivity in detail.