chemistry

This subject covers units such as organic chemistry, inorganic chemistry, physical chemistry and, analytical chemistry

Analytical Chemistry covers chapters such as Introduction to analytical chemistry and Basic Analytical Techniques

Analytical Chemistry

Physical Chemistry covers chapters such as Structure of Atom, Redox Reactions, Some basic concepts of chemistry, Chemical Equilibrium, Nuclear chemistry and radioactivity, Adsorption and colloids and, States of matter: Gaseous and liquid states

Physical Chemistry

Inorganic Chemistry covers chapters such as Modern Periodic Table, Chemical Bonding, Elements of Group 13,14 and 15 and, Elements of Group 1 and Group 2

Inorganic Chemistry

Organic Chemistry covers chapters such as Hydrocarbons, Chemistry in Everyday Life and, Basic principles of Organic Chemistry

Organic Chemistry

Pradeep's Chemistry Vol 1

Chemistry

NCERT Exemplar Chemistry - Class 11

Textbook for Class XI Chemistry Part I

Chemistry Part II Textbook for Class XI

Pradeep's New Course CHEMISTRY Vol.II

Biological Importance of Na and K

Biological Importance of Mg and Ca

Estimation of Carbon and Hydrogen

Dumas Method

Kjeldahl’s Method

Quantitative Analysis of Oxygen

Estimation of Phosphorus and Sulphur

Half-reaction Method (Acidic Medium)

Oxidation Number Method (Part II)

Applications of Equilibrium Constant

Liquefaction of Gases and Critical Temperature

Chemicals in Food

Adsorption and Absorption

Half Reaction Method (Basic Medium)

Partial Pressure of a Gas

Nuclear Chain Reaction

Alpha Emission

Structure of Benzene

Conformation in Ethane

Difference Between Configurations and Conformations

Cracking of Hydrocarbons

Concept of Viscosity

Energy Generation in Stars

Nuclear Reactor

Radioactive Decay Law

Nuclear Binding Energy

Study on Hydrogen Spectrum

Photoelectric Effect

Presence and Uses of Ammonia

Physical Properties of Ammonia

Laboratory Preparation of Ammonia

Allotropic Forms of Phosphorus

Presence of Nitrogen Around Us

Energy Inside the Nucleus

Length Measurement at Molecular Scales

Length Measurement at Astronomical Scales

Introduction to Polycyclic Aromatic Hydrocarbons

Preparation of Acetylene in Lab

Acidic Nature of Alkynes

Addition Reaction in Alkenes

Rearrangement and Elimination Reactions of Hydrocarbons

Stereochemistry in Hydrocarbons

The Carbon and Hydrogen of Hydrocarbon

Structure and Bonding in Hydrocarbons

Fractional Distillation: A Purification Method

Preparation and Properties of Methane

Hydrogenation of Vegetable Oils

Paramagnetic Nature of Liquid Oxygen

Calculation of Bond Order by Molecular Orbital Theory

Introduction to Molecular Orbital Theory

Hybridisation of Atomic Orbitals

Concept of Hybridisation

Concept of Sigma and Pi Bond

Orbital Overlapping in Hydrogen Molecule

Geometry of Molecules

Shape and Geometry of Molecule

Different Types of Electronic Repulsion in Molecule

Fajan's Rule: Covalent Character in Ionic Bonds

Polarisation and Polarisability

Role of Dipole Moment in Determining the Shape of Molecules

Dipole Moment in Polyatomic Molecules

Dipole Moment

Fractional Bond Orders

Phenomena of Resonance

Bond Length and Factors Affecting It

Formation of Covalent and Ionic Bonds

Extra Stability of Fully Filled Sub-shells

Extra Stability of Half-filled Subshells

Atomic Energy Levels

Bohr's Atomic Model

Line Spectrum of Hydrogen Atom

Emission Spectra and the Flame Test

Black Body Radiation: Stefan-Boltzmann Law

Mole Fraction

Limiting Reactant

Empirical Formula and Molecular Formula (II)

Calculation of Empirical Formula (I)

Significant Figures and Their Rules

Different Units of Temperature

Volume and Its Units

Physical States of Matter

Periods in the Modern Periodic Table

Groups in the Modern Periodic Table

Origin of Atomic Number and Mass Number

Rutherford's Model of an Atom and Its Drawback

The Mole Concept

Law of Conservation of Mass

Atomic Mass, Molecular Mass and Formula Unit Mass

Simple Distillation

Molecular Arrangement in Gases

Process of Crystallisation

Non-narcotic Analgesic

Preparation of Alkenes by Dehydration of Alcohols

Chlorination of Benzene

Colloids and Their Properties

Preparation of Colloids

Haber's Process for Manufacturing of Ammonia

Heterogeneous Catalysis

Homogeneous Catalysis

Effect of Nature of Adsorbent in Adsorption

In this chapter, we will learn some aspects of food chemistry, medicinal chemistry and chemistry of cleansing materials with the compounds present in them. It also covers various chemical reactions of foodstuff with the environment.

Chemistry in Everyday Life

This chapter highlights the compounds which contain carbon and hydrogen as the only elements. We will discuss aromatic and non-aromatic compounds with their preparation methods. It also covers the structural formula of different hydrocarbons.

Hydrocarbons

In this chapter, we will learn about organic molecules. It explains the way to represent structural formulas. We will go through the concept of functional groups in organic compounds along with methods of nomenclature. It also briefs on isomerism.

Basic principles of Organic Chemistry

This chapter introduces us to the concepts of nuclear chemistry. Here, we will get to learn the structure of an atom. It also covers the radioactive elements with a brief on the various phenomena that occur due to nuclear reactions.

Nuclear chemistry and radioactivity

This chapter explains the equilibrium in physical and chemical processes. It briefs on law of mass action, equilibrium constant, homogeneous and heterogeneous equilibria. It also sheds light on the factors affecting equilibrium and the Haber process.

Chemical Equilibrium

This chapter explains adsorption and its types. It highlights the factors affecting adsorption in gases. We will go through applications of adsorption. It also briefs on colloids, their examples, classification, properties and applications.

Adsorption and colloids

This chapter discusses three distinct physical forms of a substance. It describes these substances with the help of intermolecular forces and derivations. It explains Boyle’s law, Charles’ law, Gay Lussac’s law, and many other concepts.

States of matter: Gaseous and liquid states

This chapter revolves around the various components of elements of groups 13, 14, and 15 of the periodic table. It describes the electronic configuration, chemical properties, allotropy, and various other properties of these elements.

Elements of Group 13,14 and 15

In this chapter, we will be introduced to the elements of the periodic table of group-1 and group-2. We will also discuss the physical and chemical properties, electronic configuration, uses, and biological importance of these elements.

Elements of Group 1 and Group 2

This chapter explores the structure of the modern periodic table. It explains the electronic configurations of elements in periods, groups and the four blocks. We will learn the characteristics of elements present in blocks and periodic trends.

Modern Periodic Table

This chapter explains the redox reactions. We will go through the rules to assign the oxidation number and stock notation. We will learn the methods used to balance redox reactions. It also highlights the standard electrode potential.

Redox Reactions

This chapter lists facts related to chemical bonding. It explains the Kossel and Lewis approach to chemical bonding, valence bond theory and molecular orbital theory. It also briefs on dipole moment, parameters of a covalent bond and resonance.

Chemical Bonding

This chapter explains the structure of an atom. We will study subatomic particles along with Bohr’s hydrogen atom model. It also discusses the Schrodinger equation, quantum numbers, Aufbau principle and electronic configuration of atoms.

Structure of Atom

The chapter introduces us to basic analytical techniques. It describes the methods used for the purification of solids. It also briefs us on the distillation and solvent extraction processes. Some chromatographic techniques are also explained.

Basic Analytical Techniques

The chapter discusses the importance of analytical chemistry. It explains the chemical methods of quantitative analysis. We will get to learn about molecular formula, chemical reactions, solution concentration and stoichiometric calculations.

Introduction to analytical chemistry

In this chapter, we will learn about pure substances and mixtures. It describes the states of matter and their properties. We will explore the laws of chemical combination, Dalton’s atomic theory and various other concepts related to atoms.

Some basic concepts of chemistry

Shift in Equilibrium: [Co(H2O)6]2+&nbsp;and Cl-

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