About Course

This comprehensive Chemistry course is tailored for Grade 10 learners and above who are building their understanding of the physical world at a molecular level. The course explores everything from atomic structure and chemical bonding to acids, bases, reactions, and thermodynamics. With guided activities and conceptual clarity, students learn how to predict chemical behavior, write balanced equations, and understand the science behind real-life materials and changes.

The course also introduces practical applications such as pH testing, stoichiometry, and interpreting lab data, with a focus on mastering theoretical and experimental chemistry fundamentals.

Key Benefits:

• Learn to identify and classify acids, bases, and salts
• Understand chemical equations and reaction types
• Predict product outcomes using reactivity trends
• Build conceptual clarity for CBSE, ICSE, or international boards
• Prepare for board exams and science olympiads
• Reinforce learning through guided practicals and quizzes

What You’ll Learn:

Matter and Its Nature

• States of matter

• Physical and chemical changes

• Atomic structure and isotopes

Chemical Reactions & Equations

• Types of chemical reactions

• Writing and balancing equations

• Energy changes in reactions

Acids, Bases & Salts (Aligned with the uploaded CH 2 image)

• Brønsted-Lowry vs Lewis acid-base theory

• Identifying conjugate acid-base pairs

• Curved arrow mechanism in reactions

• Predicting product/reactant direction using structural and pKa arguments

• Understanding strength of acids/bases with resonance, electronegativity, hybridization

• Application of pKa and leveling effect in protic solvents

Chemical Bonding and Periodicity

• Ionic, covalent, and metallic bonding

• Valency, ionization energy, electronegativity

• Trends in the periodic table

Thermodynamics & Energy Transfer

• Exothermic and endothermic reactions

• Enthalpy, heat of reaction, calorimetry

• Law of conservation of energy

Practical Chemistry

• pH testing using indicators

• Titration basics

• Identifying gases in reactions

• Solubility and saturation