Forge XI Chemistry

Build your next skill.

A dense, JEE-focused Class 11 Chemistry course. Each topic starts from the NCERT concept and goes on to JEE-style worked numericals, common mistakes and quick checks, across 14 chapters and 34 topics. What you will cover: • Physical chemistry: mole concept and stoichiometry, atomic structure and the quantum model, gases and kinetic theory, thermodynamics (including entropy and Gibbs energy), chemical and ionic equilibrium, redox reactions and titrations • Inorganic chemistry: periodicity, chemical bonding (VSEPR, hybridisation, MO theory), hydrogen, the s-block, and groups 13 and 14 of the p-block • Organic chemistry: nomenclature, isomerism, electronic effects, reaction intermediates, purification and analysis, and hydrocarbons (conformations, Markovnikov and peroxide effect, ozonolysis, aromaticity, electrophilic substitution and directing groups) • Environmental chemistry Syllabus-aware: States of Matter, Hydrogen, the s-Block Elements and Environmental Chemistry are not in the JEE Main 2026 syllabus published by NTA, but they are part of the JEE Advanced 2026 syllabus. These chapters carry a clear note. Always check the latest official notice for your exam year. Practise as you go: every lesson ends with quick checks, and each chapter has a practice test that draws 10 fresh questions per attempt from a 20-question tagged bank, with unlimited retakes. Expect roughly 35 hours of self-paced study.

Take away something useful.

• Solve mole-concept, limiting-reagent and concentration problems quickly
• Apply Bohr's model, quantum numbers and electron configurations
• Predict periodic trends and explain their exceptions
• Use VSEPR, hybridisation and MO theory to predict shape, bond order and magnetism
• Handle gas laws, real-gas behaviour and kinetic theory
• Calculate ΔU, ΔH, ΔS and ΔG and link ΔG° to K
• Solve equilibrium, pH, buffer, hydrolysis and Ksp problems
• Balance redox equations and solve titrations with n-factors
• Explain electronic effects and reaction intermediates in organic chemistry
• Predict products of alkane, alkene, alkyne and benzene reactions

Everything you get.