Language of Chemistry

IMPORTANT

Science Solutions from Chapter -1 - Language of Chemistry

This chapter deals with various chemical equations and chemical formulae with the help of assorted exercises. It also discusses the chemical symbols of different elements and their atomicity using objective and subjective answer-type questions.

Practice Other Topics from Language of Chemistry

Science>Chemistry>Language of Chemistry>Chemical symbols of elements and their valency

This topic discusses the chemical symbols of elements and their valency. It shows the valency chart or table of the chemical elements. Further, it also identifies characteristics and features of elements.

Science>Chemistry>Language of Chemistry>Symbols of radicals and their valency

This topic discusses the symbols of radicals and their valency. It explains the basic meaning of radicals and shows the formation of radicals. Further, it includes chemical compounds with the radicals and their valency.

This topic helps us understand the meaning of atomicity. It describes the monoatomic, diatomic and triatomic molecules with their examples. It also discusses the atomicity of molecules in the chemical equations.

In this topic, we will learn the different chemical formulas in brief. It highlights the chemical and molecular formulas and their significance. It also discusses the molecules of elements and compounds via examples.

This topic explains chemical equations and the method to write them. It helps us understand the differences between balanced and unbalanced equations. Ionic equations along with the way to balance them are also explained here.

Science>Chemistry>Language of Chemistry>Balancing a chemical equation

In this topic, we will learn how to balance a chemical equation. It explains how equal number of atoms for an element on both sides of an equation results in balancing of an equation. It explains balancing using varied examples.

Science>Chemistry>Language of Chemistry>Limitations of a chemical equation

This topic discusses the limitations of a chemical equation. It explains that the physical state cannot be determined for the products and the reactants. It explains that a chemical reaction does not indicate the time taken to complete.