Closely following the latest exam syllabus, deeply analyzing material structure, chemical reaction principles, and organic synthesis.
Chapter 1
Theory first: Master atomic structure, chemical bonds, and moles as core tools.
Chapter 2
Deeply analyze ionic reactions and electron transfer in redox reactions.
Chapter 3
Analyze reaction kinetics and shifts in chemical equilibrium.
Chapter 4
Conquer ionic equilibrium in aqueous solutions, pH calculations, and salt hydrolysis.
Chapter 5
Transformation between chemical and electrical energy; master galvanic and electrolytic cells.
Chapter 6
Group-based learning of properties and syntheses for Hydrogen, Halogens, and Chalcogens.
Chapter 7
Explore core nonmetals in life and industry; analyze Carbon, Silicon, and Pnictogens.
Chapter 8
Integrate alkali and transition metals to highlight periodic trends and comparative learning.
Chapter 9
Systematic learning of carbon-based compounds, from hydrocarbons to oxygen derivatives.
Chapter 10
Focus on biochemical macromolecules; analyze carbohydrates, fats, and proteins.
Chapter 11
Foundation of theoretical verification. Master instruments, gas experiments, and safety standards.
Chapter 12
An independent advanced section for top-tier learners and complex exam preparation.