From fundamental measurement techniques to kinematics, forces, energy resources, and the kinetic model of matter. Follow your student's journey through mechanics and thermal physics this semester.
Tap any point on the curve — or any week below — to open the details.
Important breaks, assessment windows, and examination schedules for Semester 1.
National holiday observance during Block 1 (Density topic).
Mid-semester break for rest and consolidation.
Comprehensive examinations covering Block 1 (Mechanics) and Block 2 (Thermal Physics).
Official break separating Semester 1 and Semester 2.
Mastering core SI units, measurement tools, and precision techniques.
Understanding distance, speed, displacement, and velocity representation.
Analyzing distance-time and speed-time graphs alongside acceleration calculations.
Distinguishing between mass and weight using gravitational field strength.
Calculating density for regular and irregular solids.
Investigating balanced/unbalanced forces, friction, and resultant force.
Examining load-extension relationships and elastic limits.
Calculating moments and understanding rotational equilibrium.
Locating the centre of gravity and its role in object stability.
Defining momentum and its connection to force.
Applying the law of conservation of momentum in collisions.
Quantifying mechanical work done and energy transfers.
Evaluating renewable vs non-renewable resources and calculating efficiency.
A scheduled mid-semester pause to rest and recharge.
Calculating power output as the rate of energy transfer.
Calculating pressure on surfaces and understanding liquid pressure.
Exploring states of matter, particle motion, and temperature effects.
Connecting particle pressure to gas laws and thermal expansion.
Comprehensive evaluation across Block 1 and Block 2 topics.
Finalizing end-of-semester assessments.
Official recess prior to the start of Semester 2.