AP Physics 1: Mastering the Course from Start to Finish
SAT Score Range
•
23 sessions
•
AT
MP
EH
+5
•
🔥 7 spots left!
About
AP Physics 1: Mastering the Course from Start to Finish
Instructor: Anish P
Duration: September 6, 2025 – February 28, 2026
Sessions: 23 live interactive classes (60–90 minutes each)
Format: Live lessons with guided explanations, AP-style practice, collaborative problem-solving, and Q&A. Session lengths vary by topic: 90 minutes for unit introductions and reviews, 75 minutes for main content lessons, and 60 minutes for shorter topics or the final wrap-up session.
Course Description:
This course is designed to guide AP Physics 1 students through every unit of the official College Board curriculum in a clear, structured, and interactive way. Each session combines concise concept explanations, step-by-step problem solving, and AP-style practice questions to help you master the material and succeed on the AP exam.
We’ll follow a unit-by-unit approach aligned with Khan Academy’s AP Physics 1 resources and selected YouTube demonstrations for supplemental study. Between classes, students will be encouraged to review linked materials, complete practice problems, and prepare questions for the next session.
By the end of the course, you will:
- Understand all AP Physics 1 topics, from kinematics to fluids.
- Apply concepts to solve multi-step problems under timed conditions.
- Recognize and avoid common mistakes on the AP exam.
- Build the confidence and skills needed to excel both in class and on test day.
Course Expectations:
To make the most of this course, students are expected to:
- Attendance – You will be withdrawn from the series if you have more than 2 unexcused absences in a row. If you cannot attend, message me AND submit an excused absence form on the platform before the session.
- Participation – Actively contribute by answering questions, asking clarifying questions, and engaging in problem-solving discussions.
- Preparation – Review linked supplemental materials before or after sessions and attempt practice problems to reinforce learning.
- Respect – Maintain a collaborative and respectful environment during all sessions.
- Communication – Let me know if a topic is unclear or if you need extra help—this course works best when it’s a two-way interaction.
Course Outline & Syllabus
Unit 1: Kinematics
- Session 1 – Kinematics: 1D Motion Basics
- Session 2 – Kinematics: 1D Motion Calculations & Free Fall
- Session 3 – Kinematics: 2D Motion & Projectiles
Unit 2: Force and Translational Dynamics
- Session 4 – Forces & Newton’s Laws: Introduction
- Session 5 – Applying Newton’s Laws & Force Types
- Session 6 – Springs & Circular Motion
Unit 3: Work, Energy, and Power
- Session 7 – Work and Kinetic Energy
- Session 8 – Potential Energy & Conservation of Energy
- Session 9 – Power and Efficiency
Unit 4: Linear Momentum
- Session 10 – Impulse & Conservation of Momentum
- Session 11 – Collisions & Center of Mass**
Unit 5: Simple Harmonic Motion (Khan Academy Unit 7)
- Session 12 – Springs & Pendulums in SHM
Unit 6: Torque and Rotational Dynamics (Khan Academy Unit 5)
- Session 13 – Angular Kinematics
- Session 14 – Torque & Rotational Inertia
Unit 7: Energy & Momentum of Rotating Systems (Khan Academy Unit 6)
- Session 15 – Rotational Energy & Angular Momentum
Unit 8: Fluids
- Session 16 – Density & Pressure
- Session 17 – Buoyancy & Fluid Flow
Review Phase
- Session 18 – Review: Kinematics, Forces, & Circular Motion
- Session 19 – Review: Energy & Momentum
- Session 20 – Review: SHM & Rotation
- Session 21 – Review: Fluids
- Session 22 – Mixed FRQ Practice: All Units
- Session 23 – Final Comprehensive Review & Exam Mindset
Tutored by
✋ ATTENDANCE POLICY
If you can’t make a session, please let me know and submit an excused absence form on the platform. This keeps us on the same page and helps me plan sessions better. If there are more than 2 unexcused absences in a row, you may be withdrawn from the series. Thanks for helping keep our group consistent!
SESSION 1
7
Sep
SESSION 1
AP Physics
AP Physics
Sun 12:00 AM - 1:30 AM UTCSep 7, 12:00 AM - 1:30 AM UTC
Session 1 – Kinematics: 1D Motion Basics
Overview: We’ll start by reviewing what AP Physics 1 is about and strategies for approaching the course. Then we’ll cover the foundations of motion in one dimension, including the difference between scalars and vectors, how to use visual models of motion, and interpreting velocity–time and acceleration–time graphs. We’ll practice reading and creating graphs, and work through AP-style problems to reinforce these concepts.
Supplements:
SESSION 2
14
Sep
SESSION 2
AP Physics
AP Physics
Sun 12:00 AM - 1:00 AM UTCSep 14, 12:00 AM - 1:00 AM UTC
Session 2 – Kinematics: 1D Motion Calculations & Free Fall
Overview: We’ll build on the basics by developing mathematical models for motion, including constant acceleration equations. We’ll practice linearization and proportional reasoning to connect equations with real-world behavior. We’ll also introduce free fall, analyzing conceptual and quantitative problems involving gravity. Students will solve numerical problems, interpret motion data, and check results for reasonableness.
Supplements:
SESSION 3
21
Sep
SESSION 3
AP Physics
AP Physics
Sun 12:00 AM - 1:15 AM UTCSep 21, 12:00 AM - 1:15 AM UTC
Session 3 – Kinematics: 2D Motion & Projectiles
Overview: We’ll extend motion analysis to two dimensions, starting with vectors in 2D and breaking them into components. We’ll study projectile motion in detail, covering trajectories, horizontal and vertical motion independence, and how to analyze projectile graphs. Practice will include calculating projectile quantities and solving both conceptual and numeric AP-style questions.
Supplements:
SESSION 4
28
Sep
SESSION 4
AP Physics
AP Physics
Sun 12:00 AM - 1:30 AM UTCSep 28, 12:00 AM - 1:30 AM UTC
Session 4 – Forces & Newton’s Laws: Introduction
Overview: We’ll begin by building a strong foundation for analyzing forces and motion using Newton’s laws. This includes drawing and interpreting free-body diagrams, understanding systems of objects, and applying Newton’s Third Law in real-world scenarios. We’ll also cover Newton’s Second Law in depth, focusing on the relationship between net force, mass, and acceleration.
Supplements:
SESSION 5
5
Oct
SESSION 5
AP Physics
AP Physics
Sun 12:00 AM - 1:00 AM UTCOct 5, 12:00 AM - 1:00 AM UTC
Session 5 – Applying Newton’s Laws & Force Types
Overview: We’ll apply Newton’s laws to solve more complex problems, including forces at an angle, multi-object systems, and problems requiring multiple equations. We’ll introduce gravitational force and gravitational fields, discuss inertial vs. gravitational mass, and study friction in detail (static and kinetic). By the end, students will be able to analyze real-world problems involving multiple force types.
SESSION 6
12
Oct
SESSION 6
AP Physics
AP Physics
Sun 12:00 AM - 1:30 AM UTCOct 12, 12:00 AM - 1:30 AM UTC
Session 6 – Springs & Circular Motion
Overview: We’ll wrap up Unit 2 by introducing the spring force and Hooke’s law, then transitioning into circular motion. This will include centripetal acceleration, centripetal force, and applications of circular motion in different contexts. We’ll also discuss circular orbits and gravitational effects in orbital systems.
Supplements:
SESSION 7
19
Oct
SESSION 7
AP Physics
AP Physics
Sun 12:00 AM - 1:30 AM UTCOct 19, 12:00 AM - 1:30 AM UTC
Session 7 – Work and Kinetic Energy
Overview: We’ll introduce the concept of work in physics and connect it to translational kinetic energy through the work–energy theorem. Students will learn to calculate work done by a constant or variable force and interpret force vs. displacement graphs. We’ll reinforce these ideas through AP-style numerical and conceptual problems.
Supplements:
SESSION 8
26
Oct
SESSION 8
AP Physics
AP Physics
Sun 12:00 AM - 1:15 AM UTCOct 26, 12:00 AM - 1:15 AM UTC
Session 8 – Potential Energy & Conservation of Energy
Overview: We’ll study different forms of potential energy, including gravitational and elastic, and learn how to calculate and represent them. We’ll then introduce conservation of energy, analyzing energy transformations within a system and between systems. Students will apply energy bar charts and equations to solve multi-step problems.
Supplements:
SESSION 9
2
Nov
SESSION 9
AP Physics
AP Physics
Sun 12:00 AM - 1:15 AM UTCNov 2, 12:00 AM - 1:15 AM UTC
Session 9 – Power and Efficiency
Overview: We’ll define power as the rate of doing work and apply it to real-world scenarios. Students will learn to calculate power output and efficiency for mechanical systems, interpreting results in context. This session will include mixed practice combining work, energy, and power concepts.
Supplements:
- Power
SESSION 10
9
Nov
SESSION 10
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCNov 9, 1:00 AM - 2:30 AM UTC
Session 10 – Impulse & Conservation of Momentum
Overview: We’ll introduce linear momentum and impulse, learning how changes in momentum relate to forces applied over time. Students will interpret and calculate results from force vs. time graphs, and apply the law of conservation of linear momentum to isolated systems. We’ll work through both conceptual and quantitative AP-style questions to solidify these skills.
Supplements:
SESSION 11
16
Nov
SESSION 11
AP Physics
AP Physics
Sun 1:00 AM - 2:15 AM UTCNov 16, 1:00 AM - 2:15 AM UTC
Session 11 – Collisions & Center of Mass
Overview: We’ll explore the differences between elastic and inelastic collisions, applying momentum conservation and, when appropriate, kinetic energy conservation. Students will also learn about the center of mass of a system and how it moves in relation to external forces. Practice will include both 1D and 2D collision problems.
Supplements:
SESSION 12
23
Nov
SESSION 12
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCNov 23, 1:00 AM - 2:30 AM UTC
Session 12 – Springs & Pendulums in Simple Harmonic Motion
Overview: We’ll explore the characteristics of simple harmonic oscillators, focusing on springs and pendulums. Students will learn how to find frequency and period from motion graphs, calculate the period of oscillators, and analyze energy transformations within the system. Real-world applications and AP-style problems will reinforce how oscillations appear in various contexts.
Supplements:
SESSION 13
30
Nov
SESSION 13
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCNov 30, 1:00 AM - 2:30 AM UTC
Session 13 – Angular Kinematics
Overview: We’ll begin rotational motion by introducing angular displacement, velocity, and acceleration, as well as the equations of rotational kinematics. Students will connect linear and rotational variables to see how these two types of motion parallel each other. Practice will include graph interpretation and solving basic rotational problems.
Supplements:
SESSION 14
7
Dec
SESSION 14
AP Physics
AP Physics
Sun 1:00 AM - 2:15 AM UTCDec 7, 1:00 AM - 2:15 AM UTC
Session 14 – Torque & Rotational Inertia
Overview: We’ll define torque, explore its relationship with force and lever arm, and learn how to use force diagrams for rotational analysis. Students will study rotational inertia and how it depends on mass distribution. We’ll work through problems requiring torque calculations and rotational equilibrium conditions.
Supplements:
SESSION 15
14
Dec
SESSION 15
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCDec 14, 1:00 AM - 2:30 AM UTC
Session 15 – Rotational Energy & Angular Momentum
Overview: We’ll explore the energy and momentum aspects of rotating systems, starting with rotational kinetic energy and how it fits into energy conservation problems. We’ll define angular momentum, connect it to torque, and apply the principle of conservation of angular momentum in isolated systems. Students will solve both conceptual and quantitative problems, including AP-style FRQs.
Supplements:
SESSION 16
11
Jan
SESSION 16
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCJan 11, 1:00 AM - 2:30 AM UTC
Session 16 – Density & Pressure
Overview: We’ll begin by defining density and pressure in fluids, learning how they relate to depth and the properties of the fluid. Students will calculate pressure at different depths, interpret pressure–depth graphs, and apply these ideas to real-world examples, including hydraulics and atmospheric pressure.
Supplements:
SESSION 17
18
Jan
SESSION 17
AP Physics
AP Physics
Sun 1:00 AM - 2:15 AM UTCJan 18, 1:00 AM - 2:15 AM UTC
Session 17 – Buoyancy & Fluid Flow
Overview: We’ll study buoyant force and Archimedes’ principle, applying them to floating and submerged objects. Then we’ll introduce fluid flow concepts, including the continuity equation and Bernoulli’s equation, to analyze how fluids move in closed systems. Practice will include conceptual reasoning and AP-style problems that combine buoyancy and flow.
Supplements:
SESSION 18
25
Jan
SESSION 18
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCJan 25, 1:00 AM - 2:30 AM UTC
Session 18 – Review: Kinematics, Forces, & Circular Motion
Overview: We’ll revisit Units 1–3, focusing on 1D/2D motion, Newton’s laws, and circular motion. Students will work through challenging AP-style MCQs and FRQs, identifying and correcting common mistakes. We’ll emphasize problem-solving strategies and diagram-based reasoning.
SESSION 19
1
Feb
SESSION 19
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCFeb 1, 1:00 AM - 2:30 AM UTC
Session 19 – Review: Energy & Momentum
Overview: We’ll review Units 4–5, covering work, energy, power, momentum, and collisions. Students will practice breaking down multi-step problems, applying conservation laws, and connecting concepts across different topics.
SESSION 20
8
Feb
SESSION 20
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCFeb 8, 1:00 AM - 2:30 AM UTC
Session 20 – Review: Simple Harmonic Motion & Rotation
Overview: We’ll consolidate knowledge from Units 6–7, focusing on torque, rotational dynamics, rotational energy, and angular momentum. AP-style FRQs will be used to reinforce the application of formulas and conceptual understanding.
SESSION 21
15
Feb
SESSION 21
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCFeb 15, 1:00 AM - 2:30 AM UTC
Session 21 – Review: Fluids
Overview: We’ll revisit Unit 8, reviewing density, pressure, buoyancy, and fluid flow. Students will focus on connecting conceptual reasoning to problem-solving and recognizing patterns in AP-style questions.
SESSION 22
22
Feb
SESSION 22
AP Physics
AP Physics
Sun 1:00 AM - 2:30 AM UTCFeb 22, 1:00 AM - 2:30 AM UTC
Session 22 – Mixed FRQ Practice: All Units
Overview: We’ll simulate the FRQ portion of the AP Physics 1 exam with mixed-topic, timed practice questions. Afterward, we’ll review solutions together, focusing on scoring guidelines and common pitfalls.
SESSION 23
1
Mar
SESSION 23
AP Physics
AP Physics
Sun 1:00 AM - 2:00 AM UTCMar 1, 1:00 AM - 2:00 AM UTC
Session 23 – Final Comprehensive Review & Exam Mindset
Overview: We’ll conduct a final review of key concepts across all units, answer lingering questions, and discuss test-day strategies. This session will emphasize confidence-building, pacing, and avoiding careless errors under time pressure.