This introductory AP Physics course is ideal for students in Grades 9–10 who are ready to step into high-level science learning. Blending conceptual clarity with mathematical rigor, the course covers core physics topics like Newton’s Laws, kinematics, momentum, energy, and wave behavior. Each concept is explained using visuals, simulations, and guided calculations, making advanced physics accessible and exciting. The course also includes regular practice with multiple-choice and free-response questions to prepare students for future AP-level coursework and exams.

Key Benefits:

Builds a strong conceptual foundation in physics early on
Prepares students for AP Physics 1 and advanced science tracks
Encourages critical thinking and real-world application
Develops confidence with physics equations and problem-solving
Includes guided MCQ & FRQ practice to build exam readiness

What You’ll Learn:

Introduction to Physics & Measurement

What is physics?
SI units and dimensional analysis
Scalars vs. vectors and measurement tools

Kinematics – Motion in One Dimension

Speed, velocity, and acceleration
Graphs of motion (position-time, velocity-time)
Equations of uniformly accelerated motion

Newton’s Laws of Motion

Force and inertia
Applying F = ma in real scenarios
Friction, tension, and normal forces

Work, Energy & Power

Kinetic and potential energy
Work-energy theorem
Power and energy conservation

Momentum & Collisions

Momentum and impulse
Conservation of momentum
Elastic vs. inelastic collisions

Circular Motion & Gravitation

Centripetal force and acceleration
Newton’s Law of Universal Gravitation
Orbits and planetary motion

Waves & Oscillations

Mechanical vs. electromagnetic waves
Frequency, wavelength, amplitude
Sound waves and the Doppler Effect

Practice & Preparation

Solving MCQs and FRQs like on the AP Physics 1 exam
Lab-based thinking: experiments and analysis
Review, recap, and personal progress evaluation