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Jee Advanced: Chemistry: Module-2

Chemistry

5+ Years of Experience 0+ Learners

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Overview

This intensive course is meant for those students who have proven competence at JEE Main level and focused on Advanced Level Lectures, Assignments and Questions/ Problems Discussion.

Course Offers

featured_img Regular Tests
featured_img Class Resources
featured_img Weekly Assignments
featured_img Group Interactions
featured_img Live Classes
featured_img Doubt Solving

Tuition Timings

Sunday
11:00 - 12:30
Subjects
Electronic Concept of Oxidation and Reduction: Introduction, Oxidation Number, Oxidation State: Examples, Assigning Oxidation Numbers: General Rules, Oxidation/ Reduction: Oxidising/ Reducing Agent, Examples: 75 minutes Quiz and Discussions:15 minutes
Balancing of Redox Equations: Oxidation Number Method (O.N.) Ion-electron Method OR Half Reaction Method Quantitative aspects of Redox reactions: Acid - Base equivalents, Electron - Transfer Equivalents; Gram-equivalent weight of Oxidisers and Reducers: Examples: 75 minutes Quiz and Discussions: 15 minutes
Chapter Test: 60 minutes; Discussions: 30 minutes
Chemical Equation Type of Chemical Changes Group I—Simple Type Combination Reactions Double Displacement (Metathesis) Group II—Redox Type: Combination of elements, Simple decomposition, Displacement reaction, Complicated oxidation-reduction reactions: 75 minutes Quiz and Discussions: 15 minutes
Solved Example: 90 minutes
The Mole: Problems in Mole Concept: 75 minutes Quiz and Discussions: 15 minutes
Solved examples: 90 minutes
Chapter Test: 60 minutes, Discussions: 30 minutes
Calculations based on Volumetric analysis Examples Molarity (M), Law of dilution, Normality (N): Examples Valency: Examples Calculating Valency: Bases (Hydroxyl bases): 75 minutes Quiz and Discussions: 15 minutes
Non-Redox Salts Examples Redox Salts Examples Law of Sn equivalents Examples The principles of Volumetry Double Indicators: 75 minutes Quiz and Discussions: 15 minutes
Chapter Test: 60 minutes, Discussions: 30 minutes
Introduction Types of solutions: unsaturated solution, saturated solution, super-saturated solution, dilute solution; Concentration Units: Group-I, Group-II; Normality, Molarity, Molality, Formality, Mole Fraction, Percentage Solution: Parts per million (ppm): 75 minutes Quiz and Discussions: 15 minutes
Solved Examples: 90 minutes
Colligative Properties: Lowering of vapour pressure, Osmotic pressure, Elevation of boiling point, Depression of freezing point; Raoult's Law: Derivation, Limitations of Raoult’s law, Determination of molar masses from vapour pressure lowering; Osmotic Pressure: Osmotic pressure-a Colligative property; The Van’t Hoff theory: Isotonic solutions, Van’t Hoff Factor, Examples: 75 minutes Quiz and Discussions: 15 minutes
Solved Examples: 90 minutes
Chapter Test: 60 minutes, Discussions: 30 minutes
Thermochemistry: Introduction: 10 minutes Enthalpy:10 minutes Relationship between internal energy and enthalpy (E & H):10 minutes Thermo-chemical Equation: 15 minutes Heat of Formation-Standard heat of formation: 10 minutes Heat of Combustion: 10 minutes Heat of Reaction: 10 minutes Quiz and Discussions: 15 minutes
Solved Examples: 90 minutes
Hess’s Law-Hess’s law of constant heat summation: 20 minutes Application of Hess’s Law-Heat of formation: 20 minutes Determination of heat changes of slow reactions- Bond Energy: 15 minutes Application of Bond Energy, Born-Haber Cycle: The Born-Haber Cycle for determining Lattice energies: 20 minutes Quiz and Discussions: 15 minutes
Solved Examples: 90 minutes
Chapter Test: 60 minutes, Discussions: 30 minutes
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