JANUARY 4, 2025
By Nandini Tyagi
Jan 04, 2025
Nomenclature, isomerism, Ligands, coordination numbers, Crystal Field Theory (CFT), and Werner’s theory are highly important for both conceptual and numerical questions
Photo - Freepik
Topics like properties of group 15-18 elements, oxides, halides, transition elements, and their oxidation states carry significant weightage in the JEE Main exam. Additionally, candidates must revise important reactions from these topics
Photo - Freepik
Candidates must focus on key periodic trends like atomic radius, ionization energy, electronegativity, and electron affinity which are the core concepts in inorganic chemistry
Photo - Freepik
Mechanisms of alkane, alkene and alkyne reactions are important for the JEE Main exam. Candidates must focus on Wurtz, Kolbe, Markovnikov’s rule, and ozonolysis
Photo - Freepik
Reaction mechanisms like esterification, oxidation and electrophilic substitution in phenols are critical for scoring marks
Photo - Freepik
Candidates must focus on the following key areas: reactions of aldehydes and ketones such as Cannizzaro, aldol condensation, and nucleophilic addition
Photo - Freepik
Both chemical and ionic equilibrium are crucial for the exam. Important opics like Le Chatelier’s principle, pH calculations, solubility product (Ksp), and buffer solutions must be covered by candidates
Photo - Freepik