Akademik Dersler - İçerik

Accurately measures and analyses basic physical quantities.
Uses measurement instruments correctly and safely.
Identifies measurement errors and uncertainties.
Reports results with appropriate units and significant figures.
Analyses linear motion using fundamental physics concepts.
Explains the relationship between position, velocity, and acceleration.
Interprets motion graphs.
EN: Investigates constant accelerated motion experimentally.
Analyses projectile motion by decomposing it into components.
Distinguishes horizontal and vertical motion.
Calculates range and time of flight.
Compares theoretical and experimental results.
Explains motion on an inclined plane using force analysis.
Resolves force components.
Analyses the effect of friction.
Investigates motion using experimental data.
Analyses momentum and energy relationships in collisions.
Applies conservation of momentum.
Distinguishes collision types.
Interprets changes in kinetic energy.
Explains simple harmonic motion through system behaviour.
Defines period and frequency.
Analyses spring and pendulum systems.
Compares theory and experimental results.
Analyses rotational motion using angular quantities.
Explains angular velocity and acceleration.
Investigates torque and moment of inertia.
Relates rotational and linear motion.
Analyses energy transformations and conservation principle.
Explains conservation of mechanical energy.
Examines potential and kinetic energy transformations.
Evaluates energy losses.