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Chemistry XI (A)

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Course Description

This course is specially designed for Class XI students of the session 2023 – 24.

Course Content

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Chapter 1 : Some Basic Concepts of Chemistry 17 Topics

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Lesson Content

0% Complete 0/17 Steps

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

Chapter 2 : Structure of Atom 12 Topics

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Lesson Content

0% Complete 0/12 Steps

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

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