AP Physics 1 Monthly Review provides a comprehensive review of foundational physics concepts, focusing on kinematics and preparing students for success in the AP Physics 1 exam. This course emphasizes problem-solving skills and a deep understanding of motion, forces, and energy, empowering students to analyze real-world scenarios and apply physics principles effectively.

Vectors and Scalars

• Differentiate between vector and scalar quantities — understand the importance of direction in vector calculations.
• Perform vector addition and subtraction — both graphically and analytically.
• Apply vector principles to real-world problems — including force and velocity components.

Kinematics in One Dimension

• Define displacement, velocity, and acceleration — and their relationships.
• Interpret motion graphs — including position vs. time and velocity vs. time graphs.
• Utilize kinematic equations to solve problems involving constant acceleration — covering free fall scenarios.

Kinematics in Two Dimensions

• Analyze projectile motion — considering both horizontal and vertical components.
• Solve problems involving objects launched at an angle — accounting for air resistance in simplified scenarios.
• Understand relative motion — analyzing motion from different reference frames.

Newton's Laws of Motion

• Apply Newton's three laws of motion — understanding inertia, force, and action-reaction pairs.
• Calculate net force and acceleration — using free-body diagrams.
• Analyze systems involving friction — both static and kinetic friction.

Work, Energy, and Power

• Define work and energy — including kinetic and potential energy (gravitational and elastic).
• Apply the work-energy theorem — relating work done to changes in kinetic energy.
• Understand conservation of energy — and its applications in various physical systems.
• Calculate power — the rate at which work is done.

Systems of Particles and Linear Momentum

• Define linear momentum and impulse — and their relationship to force and time.
• Apply the principle of conservation of linear momentum — in collisions and explosions.
• Distinguish between elastic and inelastic collisions — analyzing energy transfer in each type.

Circular Motion and Rotation

• Define angular displacement, velocity, and acceleration — and their relationships to linear quantities.
• Analyze uniform circular motion — calculating centripetal force and acceleration.

Oscillations

• Analyze simple harmonic motion — understanding the restoring force and period of oscillation.