Students trace the nature of matter, atomic models, unstable nuclei, and modern electron configurations. Interactive nodes chart progress across key topics, breaks, and milestone assessments.
Tap any point on the curve — or any week below — to view specific details.
Important dates, breaks, and exam periods planned for Semester 1.
National Vacation scheduled on September 23 & 24.
A full scheduled week off for mid-semester rest.
Dedicated review week covering Modules 2, 3, and 4.
Comprehensive semester final exams.
Establishes foundational knowledge of how matter is identified and classified.
Helps students understand processes altering composition vs appearance.
Core foundation for understanding elemental building blocks.
Reinforces key analytical techniques for compound separation.
National Vacation on Sep 23 & 24.
Traces the historic progression of atomic discovery.
Explains key experiments defining modern atomic structure.
Deepens grasp of subatomic force and nuclear density.
Vital mathematical skills for calculating isotopic abundance.
Explains spontaneous nuclear transformation and decay pathways.
Reinforces quantitative skills for measuring radioactive decay.
Connects wave-particle duality of light to electronic structure.
Illustrates how quantized energy levels produce spectral emission lines.
Mid-semester rest and reflection period.
Introduces modern probability-based atomic orbital models.
Consolidates structural layout of atomic orbitals.
Essential skill for predicting chemical bonding and reactivity.
Prepares students for upcoming comprehensive semester assessments.
Evaluates overall understanding of Semester 1 chemistry concepts.
Closing period for Semester 1 evaluation.