Champion’s Choice – Chemistry XI (2023 – 24)

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Course Description

This course includes complete latest syllabus mentioned by CBSE for session 2023 – 2024. Few additional aspects are also included which are deemed necessary for concept clearing and are required for the preparation of JEE, NEET, CUET and IMU-CET.

Each Chapter in the syllabus is divided into various Topics (Lectures) as are done in physical classes. In each lecture, student will be provided by three sections:

Pre – recorded lecture to clear the concept. (Good Quality having both audio and visual of the teacher).
Daily assignment for Practice for enhancing capability to apply the concept.
Complete solution of the assignment.

Pre – recorded Lectures

Lectures are designed in such a manner that cover complete syllabus prescribed by CBSE. These also include the required question bank to clear the concept.

Daily Assignments for Practice

Daily assignment for practice ensures the enhancement of problem solving skills that are essential requirement of any exam.

Complete Solution of the assignments

Doubt clearing is the major issue for any student. If doubts are not cleared on time, stress is created on the student’s mind. Solutions (at most places video solutions are there) are provided along with these assignments that provide instant help to the student.

Assessment Tests

Now, after preparing the concept, most important part is the assessment of the skills developed after preparation. Therefore, each chapter is followed by an assessment test with instant result.

Design of the Learning Management System

This Learning Management System of ABS Institute is exquisitely designed and descriptive that always engages the student in a comfortable mode by increasing the focus on the content.

Well-defined schedule

This course provides a drip – feed content according to a well-defined schedule.

Course Expiration

Enrolled student will have an access to all the content until its expiration that is on 31^st March, 2024 but only one attempt will be given for each test.

Overall, this course is sufficient for the complete preparation of Chemistry – Class XI school exams, JEE & NEET. You will be really glad after taking this course.

Course Content

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Chapter 1 : Some Basic Concepts of Chemistry 17 Topics | 1 Test

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Lecture 1.1 (a) – Classification and Properties of Matter, Units for Measurement

Lecture 1.1(b) – Scientific Notation, Rounding off, Significant Figures, Precision and Accuracy

Lecture 1.2 (a) – Laws of Chemical Combination – Part 1

Lecture 1.2 (b) – Laws of Chemical Combination – Part 2

Lecture 1.3(a) – Mole Concept / Atomic & Molecular masses

Lecture 1.3 (b) – Mole Concept with basic problems

Lecture 1.4 – Mole Concept with advanced problems

Lecture 1.5 – Percentage Composition, Empirical and Molecular Formula with basic problems

Lecture 1.6 – Empirical and Molecular Formula with advanced problems

Lecture 1.7 – Expressing Concentration of Solutions – Percentage, ppm & Mole Fraction

Lecture 1.8 – Expressing Concentration of Solutions – Molarity (M), Molality (m) and Strength

Lecture 1.9 – Expressing Concentration of Solutions – Basic Problems

Lecture 1.10 – Expressing Concentration of Solutions – Advanced Problems

Lecture 1.11 – Stoichiometry – Basic Concepts

Lecture 1.12 – Stoichiometry – Limiting Reagent

Lecture 1.13 – Stoichiometry – Advanced Problems

Lecture 1.14 – NCERT Questions – Some Basic Concepts of Chemistry

Test : Chapter 1 – Some Basic Concepts of Chemistry

Chapter 2 : Structure of Atom 16 Topics | 1 Test

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Lecture 2.1 – Sub-atomic Particles and their Properties

Lecture 2.2 – Some important terms pertaining to Atoms with Questions

Lecture 2.3 – Thomson Model of Atom and Rutherford’s Model of Atom

Lecture 2.4 – Dual nature of the electromagnetic radiations

Lecture 2.5 – Photoelectric Effect with advanced Problems

Lecture 2.6 – Bohr’s Model of Atom

Lecture 2.7 – Electromagnetic Spectrum, Atomic Spectra and Explanation of Emission Spectrum of Hydrogen on the basis of Bohr’s Model of Atom

Lecture 2.8 – Hydrogen Spectrum – Advanced Problems

Lecture 2.9 – Dual behaviour of Matter

Lecture 2.10 – Heisenberg’s Uncertainty Principle

Lecture 2.11 – Writing Electronic Configuration of Elements (Quantum mechanical model of atom)

Lecture 2.12 – Quantum mechanical model of atom and Quantum Numbers

Lecture 2.13 – Shapes of Atomic Orbitals

Lecture 2.14 – Rules and Principles for Filling of Orbitals in Atom

Lecture 2.15 – Electronic Configuration of ions, Magnetic Character of species (atoms/ions), Colour of species

Lecture 2.16 – NCERT Questions – Structure of Atom

Test : Chapter 2 – Structure of Atom

Chapter 3 : Classification of Elements and Periodicity in Properties 9 Topics | 1 Test

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Lecture 3.1 – Modern Periodic Table (Overview)

Lecture 3.2 – Nomenclature of elements on the basis of atomic number > 100, Division of Elements into Blocks

Lecture 3.3 – Prediction of Block, Period and Group of Elements

Lecture 3.4 – Periodicity in Properties – Atomic and Ionic Radius

Lecture 3.5 – Periodicity in Properties – Ionization Enthalpy

Lecture 3.6 – Periodicity in Properties – Electron Gain Enthalpy

Lecture 3.7 – Periodicity in Properties – Electronegativity, Metallic and Non-metallic Character, Nature of Oxides, Anomalous Properties of Second Period Elements, Diagonal Relationship

Lecture 3.8 – Periodicity in Properties – Advanced Problems

Lecture 3.9 – NCERT Questions – Classification of Elements and Periodicity in Properties

Test : Chapter 3 – Classification of Elements and Periodicity in Properties

Chapter 4 : Chemical Bonding and Molecular Structure 19 Topics | 1 Test

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Lecture 4.1 – Type of Bonds – Electrovalent (or Ionic) Bond

Lecture 4.2 – Type of Bonds –Covalent Bond, Coordinate Bond and Metallic Bond

Lecture 4.3 – Type of Bonds – Hydrogen Bond

Lecture 4.4.1 – Kössel-Lewis Approach to Chemical Bonding (Octet Rule, Lewis Dot Structures and Formal Charge)

Lecture 4.4.2 – Resonance

Lecture 4.5.1 – Valence Shell Electron Pair Repulsion (VSEPR) Theory

Lecture 4.5.2 – VSEPR Theory (Advanced Problems)

Lecture 4.6 – Bond Parameters – (Bond length, Bond enthalpy & Bond angle)

Lecture 4.7 – Polarity of Bonds – (Ionic character in covalent bonds)

Lecture 4.8 – Polarization (Covalent Character in Ionic Compounds)

Lecture 4.9 – Advanced Problems on VSEPR Theory, Bond Parameters, Polarity of Bonds and Polarization

Lecture 4.10 – Valence Bond Theory (VBT) – Energy Consideration and Orbital Overlap Concept

Lecture 4.11 – Hybridization – Part 1

Lecture 4.12 – Hybridization – Part 2

Lecture 4.13 – Problems on VBT and Hybridization

Lecture 4.14 – Molecular Orbital Theory (MOT) – Energy Level Diagrams and Writing Electronic Configuration of Molecules and Molecular Ions

Lecture 4.15 – Molecular Orbital Theory (MOT) – Bond Order and its applications

Lecture 4.16 – Molecular Orbital Theory (MOT) – Final Touch and Super Trick to learn Bond Orders

Lecture 4.17 – NCERT Questions – Chemical Bonding and Molecular Structure

Test : Chapter 4 – Chemical Bonding and Molecular Structure

Chapter 6 : Thermodynamics 16 Topics | 1 Test

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Lecture 6.1.1 – Thermodynamic Terms and Properties

Lecture 6.1.2-Thermodynamic Processes and Internal Energy

Lecture 6.2.1 – Modes of Transfer of Energy between System and Surrounding-1

Lecture 6.2.2 – Modes of Transfer of Energy between System and Surrounding-2

Lecture 6.3 – Use of Log Tables in Calculations

Lecture 6.4 – First Law of Thermodynamics

Lecture 6.5 – Numerical Practice – First law of Thermodynamics

Lecture 6.6 – Enthalpy Changes during Physical and Chemical Processes

Lecture 6.7- Different types of Enthalpy Changes

Lecture 6.8 – Hess’s Law of Constant Heat Summation

Lecture 6.9 – Numerical Practice – Enthalpy Changes and Hess’s Law

Lecture 6.10 – Bond Enthalpy and related Questions

Lecture 6.11 – Spontaneous & Non-Spontaneous Processes, Entropy and Second Law of Thermodynamics

Lecture 6.12 – Gibb’s Free Energy Change & Spontaneity, Third Law of Thermodynamics

Lecture 6.13 – Numerical Practice – Spontaneity of a Process

Lecture 6.14 – NCERT Questions – Thermodynamics

Test : Chapter 6 – Thermodynamics

Chapter 7 : Equilibrium 20 Topics | 1 Test

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Lecture 7.1 – Equilibrium in Physical Process : Physical Equilibrium

Lecture 7.2 – Equilibrium in Chemical Processes : Chemical Equilibrium

Lecture 7.3 – Law of Chemical Equilibrium

Lecture 7.4 – Factors affecting Equilibrium Constant and Types of Equilibria

Lecture 7.5 – Applications of Equilibrium Constant

Lecture 7.6 – Numerical Practice

Lecture 7.7 – Relation between equilibrium constant (K) and standard Gibb’s energy with related questions

Lecture 7.8 – Factors Affecting Equilibrium

Lecture 7.9 – Concepts of Acids and Bases

Lecture 7.10 – Ionic Product of Water and The pH Scale (Basic Concepts)

Lecture 7.11 – pH Calculation (strong electrolytes)

Lecture 7.12 – Numerical Practice – pH Calculation (strong electrolytes)

Lecture 7.13 – Ionization of Weak Acids and Bases

Lecture 7.14 – Numerical Practice – pH Calculation

Lecture 7.15 – Ionization of Polybasic Acids and Polyacidic Bases, Factors Affecting Acidic Strength of Hydrides

Lecture 7.16 – Common Ion Effect and related Questions

Lecture 7.17 – Buffer Solution, its types and pH Calculation

Lecture 7.18 – Solubility Product of Sparingly Soluble Salts and its applications

Lecture 7.19 – Solubility Product of Sparingly Soluble Salts and its applications – Part 2

Lecture 7.20 – Important Questions of NCERT – Equilibrium

Test : Chapter 7 – Equilibrium

Chapter 8 : Redox Reactions 8 Topics | 1 Test

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Lecture 8.1 – Oxidation Number

Lecture 8.2 – Oxidation Number – Advanced Problems

Lecture 8.3 – Redox Reactions and Types of Redox Reactions

Lecture 8.4 – Balancing of Redox Reactions – Oxidation number method

Lecture 8.5 – Balancing of Redox Reactions – Ion-electron method (Half-reaction method)

Lecture 8.6 – Balancing of Redox Reactions – Advanced Problems

Lecture 8.7 – Electrochemical Cells (Galvanic Cell or Voltaic Cell)

Lecture 8.8 – Electrode Potential and Applications

Test : Chapter 8 – Redox Reactions

Chapter – 12 : Organic Chemistry: Some basic Principles and Techniques 20 Topics | 1 Test

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Lecture 12.1 – General Basics of Organic Chemistry – Part 1

Lecture 12.2 – General Basics of Organic Chemistry – Part 2

Lecture 12.3 – Representation of Organic Compounds

Lecture 12.4 – Nomenclature of Organic Compounds – General Basic

Lecture 12.5 – Nomenclature of Organic Compounds – Hydrocarbons

Lecture 12.6 – Nomenclature of Organic Compounds – Functional Groups # 1

Lecture 12.7 – Nomenclature of Organic Compounds – Functional Groups # 2

Lecture 12.8 – Nomenclature of Organic Compounds – Functional Groups # 3

Lecture 12.9 – Nomenclature of Polyfunctional Compounds

Lecture 12.10 – Nomenclature of Aromatic Compounds

Lecture 12.11 – Classification of Organic Compounds

Lecture 12.12 – Isomerism – 1

Lecture 12.13 – Isomerism – 2

Lecture 12.14 – Inductive effect (I-effect)

Lecture 12.15 – Mesomeric effect (M-effect) or Resonance effect (R-effect)

Lecture 12.16 – Electromeric effect (E-effect)

Lecture 12.17 – Hyperconjugation

Lecture 12.18 – Attacking Reagents and Fission of a Covalent bond

Lecture 12.19 – Reaction Intermediates (Carbocations, Carbanions and Carbon Free Radicals)

Lecture 12.20 – Important Questions of NCERT – Organic Chemistry: Some basic Principles and Techniques

Test : Chapter 12 – Organic Chemistry: Some basic Principles and Techniques

Chapter 13 : Hydrocarbons 19 Topics | 1 Test

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Lecture 13.1 – Introduction of Hydrocarbons and Alkanes

Lecture 13.2 – Conformational Isomerism

Lecture 13.3 – Methods of Preparation of Alkanes (Part 1)

Lecture 13.4 – Methods of Preparation of Alkanes (Part 2) and Physical Properties

Lecture 13.5 – Chemical Reactions of Alkanes (Part 1)

Lecture 13.6 – Chemical Reactions of Alkanes (Part 2)

Lecture 13.7 – Introduction of Alkenes and Isomerism

Lecture 13.8 – Methods of Preparation of Alkenes

Lecture 13.9 – Physical Properties and Chemical Reactions of Alkenes (Part 1)

Lecture 13.10 – Chemical Reactions of Alkenes (Part 2)

Lecture 13.11 – Chemical Reactions of Alkenes (Part 3)

Lecture 13.12 Practice Assignments 13.12 (a) and 13.12 (b)

Lecture 13.13 – Alkynes

Lecture 13.14 – Aromatic Hydrocarbons (Part 1)

Lecture 13.15 – Aromatic Hydrocarbons (Part 2)

Lecture 13.16 – Aromatic Hydrocarbons (Part 3)

Lecture 13.17 – Aromatic Hydrocarbons (Part 4)

Lecture 13.18 – Aromatic Hydrocarbons (Part 5)

Lecture 13.19 – Assignment 13.19 (Aromatic Hydrocarbons)

Test : Chapter 13 – Hydrocarbons

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