PhysicsIn5.com
  • Home
  • About the site
  • Physics Topics
    • Intro + Formula Sheet
    • 1. Mathematics Review >
      • 1. General Math Concepts
      • 2. Vector Basics
      • 3. Advanced Vectors
      • 4. Unit 1 Exam
    • 2. Kinematics (1D) >
      • 1. Motion Terms
      • 2. Constant Velocity (X-T)
      • 3. Constant Velocity (V-T)
      • 4. Acceleration (X-T)
      • 5. Acceleration (V-T)
      • 6. Kinematic Equations
      • 7. Acceleration (A-T)
      • 8. Freely Falling Objects
      • 9. Unit 2 Review + Exam
    • 3. Kinematics (2D) >
      • 1. Projectile Concepts
      • 2. Projectile Equations
      • 3. Horizontal Launches
      • 4. Angled Launches
      • 5. Velocity Vectors I
      • 6. Velocity Vectors II
      • 7. Unit 3 Review + Exam
    • 4. Dynamics (1D) >
      • 1. Force Types
      • 2. Force Diagrams
      • 3. Angled Forces
      • 4. Rotated Systems
      • 5. Mass and Weight
      • 6. Balanced-Unbalanced
      • 7. Net Force Equations
      • 8. Newton's Laws
      • 9. Friction
      • 10. Problem Solving
      • 11. Air Resistance
      • 12. Unit 4 Review + Exam
    • 5. Dynamics (2D) >
      • 1. Circular Motion
      • 2. Writing Fc Equations
      • 3. UCM Problem Solving
      • 4. Car Turns
      • 5. Max/Min Speed
      • 6. Universal Gravitation
      • 7. Gravitation + UCM
      • 8. Kepler's Laws
      • 9. Unit 5 Review + Exam
    • 6. Energy, Work, Power >
      • 1. Energy Conservation
      • 2. Mechanical Energies
      • 3. Energy-flow Equations
      • 4. Problem Solving I
      • 5. Work and Energy
      • 6. Work and Force
      • 7. Problem Solving II
      • 8. Escape Velocity
      • 9. Unit 6 Review + Exam
    • 7. Collisions >
      • 1. Collision Types, P=MV
      • 2. Conservation Law
      • 3. Problem Solving
      • 4. Angled Collisions
      • 5. Impulse
      • 6. Momentum + Energy
      • 7. Unit 7 Review + Exam
    • 8. Oscillations >
      • 1. Oscillation Terms
      • 2. SHM Problem Solving
      • 3. Unit 8 Exam
    • 9. Rotational Motion >
      • 1. Rotational Kinematics
      • 2. Rotational Inertia
      • 3. Torque
      • 4. Balanced Torques
      • 5. Unbalanced Torques
      • 6. Net Torque
      • 7. Rotational Energy
      • 8. Rolling w/out Slipping
      • 9. Angular Momentum
      • 10. Angular Collisions
      • 11. Unit 9 Review + Exam
    • 10. Fluids >
      • 1. Buoyant Forces
      • 2. Mass, Density, Volume
      • 3. Pressure
      • 4. Pascal's Principle
      • 5. Fluid Dynamics
      • 6. Unit 10 Review + Exam
    • AP Free Response Types >
      • FRQ 1: PASA
      • FRQ 2: EDQ
      • FRQ 3: QQT
      • FRQ 4: SA
    • Additional Topics >
      • 11. Electric Forces >
        • 1. Electric Forces Intro
        • 2. Coulomb's Law
        • 3. Problem Solving
        • 4. Unit 11 Exam
      • 12. Circuits >
        • 1. Circuits Introduction
        • 2. Voltage, Loop Rule
        • 3. Current, Junction Rule
        • 4. Resistance, Resistivity
        • 5. Ohm's Law, Lab Skills
        • 6. Series + Parallel
        • 7. Combination Circuits
        • 8. Kirchhoff's Rules
        • 9. Unit 12 Review + Exam
      • 13. Waves >
        • 1. Waves Introduction
        • 2. Wave Terms, Equations
        • 3. Harmonic Frequencies
        • 4. Doppler Effect
        • 5. Unit 13 Exam
  • Purchase
  • Tutoring
  • Reviews
  • Contact
  • Home
  • About the site
  • Physics Topics
    • Intro + Formula Sheet
    • 1. Mathematics Review >
      • 1. General Math Concepts
      • 2. Vector Basics
      • 3. Advanced Vectors
      • 4. Unit 1 Exam
    • 2. Kinematics (1D) >
      • 1. Motion Terms
      • 2. Constant Velocity (X-T)
      • 3. Constant Velocity (V-T)
      • 4. Acceleration (X-T)
      • 5. Acceleration (V-T)
      • 6. Kinematic Equations
      • 7. Acceleration (A-T)
      • 8. Freely Falling Objects
      • 9. Unit 2 Review + Exam
    • 3. Kinematics (2D) >
      • 1. Projectile Concepts
      • 2. Projectile Equations
      • 3. Horizontal Launches
      • 4. Angled Launches
      • 5. Velocity Vectors I
      • 6. Velocity Vectors II
      • 7. Unit 3 Review + Exam
    • 4. Dynamics (1D) >
      • 1. Force Types
      • 2. Force Diagrams
      • 3. Angled Forces
      • 4. Rotated Systems
      • 5. Mass and Weight
      • 6. Balanced-Unbalanced
      • 7. Net Force Equations
      • 8. Newton's Laws
      • 9. Friction
      • 10. Problem Solving
      • 11. Air Resistance
      • 12. Unit 4 Review + Exam
    • 5. Dynamics (2D) >
      • 1. Circular Motion
      • 2. Writing Fc Equations
      • 3. UCM Problem Solving
      • 4. Car Turns
      • 5. Max/Min Speed
      • 6. Universal Gravitation
      • 7. Gravitation + UCM
      • 8. Kepler's Laws
      • 9. Unit 5 Review + Exam
    • 6. Energy, Work, Power >
      • 1. Energy Conservation
      • 2. Mechanical Energies
      • 3. Energy-flow Equations
      • 4. Problem Solving I
      • 5. Work and Energy
      • 6. Work and Force
      • 7. Problem Solving II
      • 8. Escape Velocity
      • 9. Unit 6 Review + Exam
    • 7. Collisions >
      • 1. Collision Types, P=MV
      • 2. Conservation Law
      • 3. Problem Solving
      • 4. Angled Collisions
      • 5. Impulse
      • 6. Momentum + Energy
      • 7. Unit 7 Review + Exam
    • 8. Oscillations >
      • 1. Oscillation Terms
      • 2. SHM Problem Solving
      • 3. Unit 8 Exam
    • 9. Rotational Motion >
      • 1. Rotational Kinematics
      • 2. Rotational Inertia
      • 3. Torque
      • 4. Balanced Torques
      • 5. Unbalanced Torques
      • 6. Net Torque
      • 7. Rotational Energy
      • 8. Rolling w/out Slipping
      • 9. Angular Momentum
      • 10. Angular Collisions
      • 11. Unit 9 Review + Exam
    • 10. Fluids >
      • 1. Buoyant Forces
      • 2. Mass, Density, Volume
      • 3. Pressure
      • 4. Pascal's Principle
      • 5. Fluid Dynamics
      • 6. Unit 10 Review + Exam
    • AP Free Response Types >
      • FRQ 1: PASA
      • FRQ 2: EDQ
      • FRQ 3: QQT
      • FRQ 4: SA
    • Additional Topics >
      • 11. Electric Forces >
        • 1. Electric Forces Intro
        • 2. Coulomb's Law
        • 3. Problem Solving
        • 4. Unit 11 Exam
      • 12. Circuits >
        • 1. Circuits Introduction
        • 2. Voltage, Loop Rule
        • 3. Current, Junction Rule
        • 4. Resistance, Resistivity
        • 5. Ohm's Law, Lab Skills
        • 6. Series + Parallel
        • 7. Combination Circuits
        • 8. Kirchhoff's Rules
        • 9. Unit 12 Review + Exam
      • 13. Waves >
        • 1. Waves Introduction
        • 2. Wave Terms, Equations
        • 3. Harmonic Frequencies
        • 4. Doppler Effect
        • 5. Unit 13 Exam
  • Purchase
  • Tutoring
  • Reviews
  • Contact

Course Introduction:
​

Welcome to PhysicsIn5!  In this video series, I will be focused on the 10 major topics associated with the AP Physics 1 exam. Each topic is broken down into a series 5-minute videos.

You will find that I often ask the viewer to "Pause the Video" and attempt a practice problem before resuming. Pausing is not required, but I strongly encourage trying it, as I find that students learn best by doing and not always by being spoken at. Even if you get 0% of the practice problem correct, the explanation that follows will be clearer with you having gone through the thought process yourself.

Following each video, I recommend trying the attached worksheet, which will allow you to practice what was discussed in the previous 5 minutes. It is always best to try the worksheet in full before looking at the answer key.

At the conclusion of each major topic, I have included a practice exam with sample multiple choice and free response questions. If you are challenging yourself, you will be completing this exam only with a calculator and the formula sheet attached at the bottom of this page.  I am currently working on video answer keys for each worksheet and hope to complete them all by early-fall 2022.


​​
Course Formula Sheet:
​

Below you will find a link for my formula sheet, which is aligned with the video series. Each equation and variable on the sheet is explained throughout the videos, and I encourage that you print this and follow along as they are explained.
Formula Sheet
File Size: 142 kb
File Type: pdf
Download File