Students journey through fundamental physics principles—from mathematical toolkits and motion representations to multi-dimensional forces, vectors, and circular mechanics.
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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 1, 2, 5, and 6.
Comprehensive semester final exams.
Establishes foundational skills for scientific inquiry and experimental logic.
Connects mathematical tools directly to physical quantities and formulas.
Teaches proper evaluation and handling of physical data measurement.
Provides core graphical skills needed to interpret experimental results.
Introduces visual representations of moving objects in space.
Defines precise metrics for locating objects over time.
Translates physical motion into visual mathematical relationships.
Completes one-dimensional motion basics by quantifying speed and direction.
Expands physical calculations from single lines into two-dimensional space.
Deepens mathematical mastery of 2D vector mathematics.
Analyzes resistive forces critical to real-world motion environments.
Integrates vectors, friction, and gravity across inclined surfaces.
Applies 2D kinematics to free-falling objects launched at angles.
Mid-semester rest and reflection period.
Mastery of complex projectile trajectories and problem solving.
Introduces rotational mechanics and constantly accelerating circular paths.
Connects circular acceleration to net inward forces.
Prepares students for upcoming comprehensive semester assessments.
Evaluates overall understanding of Semester 1 physics concepts.
Closing period for Semester 1 evaluation.