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AP® exams are fast approaching —unsure where to start? We’ve got you covered!

Preparing for the AP® Exams doesn’t have to be stressful. Our expert-led prep will guide you every step of the way

Choose from our offering of Master Reviews

STARTING 3/15

8  sessions

60 minute sessions

STARTING 4/13

4 sessions

2-hour sessions

STARTING 4/13

4 sessions

2-hour sessions

STARTING 3/29

6 sessions

90-minute sessions

AP® Physics C - Mechanics
Master Review Sessions with Mrs. Peiretti

GROUP SESSIONS

This April, get the targeted preparation you need to maximize your AP Physics C score with our 4-session intensive course! Each 2-hour session will focus on the best problem-solving techniques, essential test-taking strategies, and hands-on practice with must-know questions. Our structured approach will help you tackle the toughest problems with confidence and efficiency, ensuring you're fully prepared for exam day. Don’t wait—secure your spot now and take the stress out of AP Physics!

In Session 1, we’ll build a strong physics foundation by covering scalars, vectors, displacement, velocity, acceleration, and motion in one and two dimensions, including reference frames and relative motion. We’ll then focus on forces using free-body diagrams to analyze gravitational force, friction, spring forces, and circular motion. We will set up differential equations to describe air resistance and other resistive forces.

In Session 2,  we’ll dive into the fundamental concepts of energy and momentum, including kinetic energy, work, and potential energy. We'll also cover the conservation of energy and momentum, exploring how impulse affects motion and the differences between elastic and inelastic collisions. We will pay special attention to graphical analysis and the applications of integral calculus

 In Session 3, we’ll dive into rotational motion, covering kinematics, rolling motion, and torque. We will use integral calculus to derive expressions for the moment of inertia. We’ll also explore rotational kinetic energy, the conservation of angular momentum, and how these principles apply to rotating solid objects.

 In Session 4, we will cover the fundamentals of planetary motion and orbiting satellites from a point of view of conservation of energy and angular momentum. We will also dive into simple harmonic motion (SHM), including frequency, period, energy, and graphical analysis, as well as simple, physical, and torsional pendulum.

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