From metals and stoichiometry to environmental chemistry, organic functional groups, and experimental techniques. Follow your student's journey through foundational chemical concepts this semester.
Tap any point on the curve — or any week below — to open the details.
Important breaks, revision periods, and examination schedules for Semester 1.
National holiday observance integrated into environmental chemistry studies.
Mid-semester break for rest and consolidation.
Targeted past paper practice and examination preparation.
Comprehensive examinations covering all covered chapters from Metals through Chemical Analysis.
Understanding metal behaviors, reaction tendencies, and oxidation processes.
Connecting reactivity to industrial methods for extracting metals from ores.
Introducing the mole concept to quantify chemical substances.
Mastering stoichiometric calculations and molar ratio applications.
Examining water purification, agricultural chemical impacts, and environmental sustainability.
Analyzing atmospheric composition, pollutants, and greenhouse effects.
Building foundational rules for systematic organic nomenclature and functional groups.
Studying hydrocarbon fuels, combustion, and saturated hydrocarbons.
Exploring unsaturated hydrocarbons and characteristic addition reactions.
Investigating the hydroxyl group, ethanol production, and chemical properties.
Understanding weak organic acids and esterification processes.
Differentiating addition and condensation polymerization mechanisms.
Planning rigorous investigations and measuring concentrations via titrations.
A scheduled mid-semester pause to rest and recharge.
Separating and analyzing mixtures using paper and thin-layer chromatography.
Mastering methods like filtration, crystallization, and distillation.
Performing qualitative analysis tests to detect cations, anions, and gases.
Consolidating knowledge across all chapters in preparation for final exams.
Comprehensive evaluation across all Semester 1 chemistry topics.
Finalizing end-of-semester assessments.