90-Day Chemistry Study Plan

This comprehensive study plan covers all chemistry topics available on the FlashLearners app over 90 days.

Recommended:

1. All Subjects Study Plan
2. FlashLearners App

🧪 NATURE OF MATTER

JanJanuary

• 16: NATURE OF MATTER – Chemistry And Matter

• 17: NATURE OF MATTER – Separation Techniques

• 18: Review Chemistry And Matter

• 19: Review Separation Techniques

• 20: Practice questions (NATURE OF MATTER)

• 21: Organic Compounds

🧮 STOICHIOMETRY

JanJanuary 22 – January 30

• 22: Chemical Combination

• 23: Valency

• 24: The Mole Concept

• 25: Equations And Reactions

• 26: Stoichiometry

• 27: Empirical Formula

• 28: Numerical practice

• 29: Mixed problem solving

• 30: Revision (STOICHIOMETRY)

⚛️ KINETIC THEORY

• Jan 31: Kinetic Theory Of Matter

• Feb 1: Gas Variables

• Feb 2: Applications of kinetic theory

• Feb 3: Practice problems

• Feb 4: Concept reinforcement

• Feb 5: Series And Groups

🌬️ GAS LAWS

• Feb 6: Boyle’s Law

• Feb 7: Charle’s Law

• Feb 8: Gay-Lussac’s Law

• Feb 9: Avogadro’s Law

• Feb 10: Graham’s Law

• Feb 11: Law Of Partial Pressure

• Feb 12: Ideal And General Gas

• Feb 13: Collection Of Gases

• Feb 14: Calculations and applications

• Feb 15: Industrial Processes

• Feb 16: Revision

⚛️ ATOMIC THEORIES

• Feb 17: Dalton’s Atomic Theory

• Feb 18: Thompson’s Theory

• Feb 19: Rutherford’s Model

• Feb 20: Bohr’s Atomic Model

• Feb 21: Wave Mechanical Model

• Feb 22: Comparison of atomic models

• Feb 23: Practice questions

• Feb 24: Concept consolidation

• Feb 25: IUPAC Nomenclature

🧬 ATOMIC STRUCTURE

• Feb 26: Atomic Mass (ISOTOPY)

• Feb 27: Electronic Configuration

• Feb 28: Chemical Bonding

• Mar 1: Shapes of Molecules

• Mar 2: Diagrams and practice

• Mar 3: Mixed review

• Mar 4: HydroCarbons

📊 PERIODIC CHEMISTRY

March 5 – March 10

• Mar 5: The Periodic Table

• Mar 6: Periodicity Of Elements

• Mar 7: Periodic trends

• Mar 8: Applications

• Mar 9: Practice questions

• Mar 10: Revision

🔁 OXIDATION AND REDUCTION

March 11 – March 15

• Mar 11: Redox Reaction

• Mar 12: Oxidation Number

• Mar 13: Balancing redox equations

• Mar 14: Practice problems

• Mar 15: Chemical Industries

🔋 ELECTROCHEMISTRY

March 16 – March 20

• Mar 16: Electrolysis

• Mar 17: Faraday’s Laws

• Mar 18: Electrochemical Cells

• Mar 19: Applications and calculations

• Mar 20: Pollution and Biotechnology

⚖️ REACTIONS AND EQUILIBRIUM

March 21 – March 24

• Mar 21: Rate Of Chemical Reaction

• Mar 22: Chemical Equilibrium

• Mar 23: Energy And Spontaneity

• Mar 24: Classes of Carbon

💧 SOLUBILITY

March 25 – March 27

• Mar 25: Solutions And Solubility

• Mar 26: Solubility Product

• Mar 27: Solubility Curve

🧪 ACIDS, BASES & SALTS

March 28 – March 30

• Mar 28: Acids And Bases

• Mar 29: Salts

• Mar 30: pH And pOH

🔩 METALS AND NON-METALS

March 31 – April 2

• Mar 31: Metals And Their Compounds

• Apr 1: Non-Metals And Compounds

• Apr 2: Allotropy And Polymorphism

🌍 AIR AND WATER

April 3 – April 5

• Apr 3: Air

• Apr 4: Water

• Apr 5: The Seas

☢️ NUCLEAR CHEMISTRY

April 6 – April 8

• • Alkanes, Alkenes, and Alkynes

  • Benzene

  • Isomerism

  • Hybridization

  • Polymerization

🌌 THE UNIVERSE

April 9 – April 16

• • Alkanols (Alcohols)

  • Alkanals And Alkanones

  • Alkanoic Acids

  • Alkanoates (Esters)

  • Fats And Oils

  • Soaps And Detergents

  • Amines and Amides

  • Carbohydrates

  • Proteins

  • Petroleum

🔬 PRACTICAL ASPECTS

April 14 – April 15

• Apr 14: Chemistry Laboratory, Qualitative Analysis

• Apr 15: Quantitative Analysis + full syllabus revision

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