Every week your student explores the fundamental mechanics of chemistry — from the kinetics of reaction rates, through dynamic chemical equilibrium, to the fundamentals of acid-base systems and neutralization. The colored points mark major milestones: holidays, breaks, and exams.
Tap any point on the curve — or any week below — to open the details.
Major events, breaks, and final assessment checkpoints planned across the semester.
National celebration days (Sept 23 & 24) occurring alongside reaction mechanism studies.
A full scheduled autumn break to rest and refresh before concluding Module 17.
Comprehensive semester exams covering Reaction Rates, Equilibrium, and Acids & Bases.
Establishes the foundational theoretical model for how reactions occur.
Deepens understanding of the collision model.
Connects atomic-level collisions to observable changes in reaction speed.
Introduces quantitative mathematical models for reaction rates.
Explores complex mechanisms while accommodating national holidays.
Shifts focus from kinetic rate to dynamic chemical balance.
Solidifies core principles of chemical equilibrium.
Teaches how stress alters systems at equilibrium.
Applies theoretical equilibrium concepts to real-world scenarios.
Mastery of mathematical equilibrium calculations.
Introduces fundamental acid-base properties and models.
Expands understanding of molecular proton transfers.
Differentiates full dissociation from weak equilibrium states.
A full week for students to rest and recharge.
Calculates acidity levels quantitatively.
Consolidates logarithmic scale problem solving.
Applies acid-base reactions to stoichiometry.
Final preparation and consolidation before semester exams.
Evaluates student mastery across all three semester modules.
Concludes the first semester.