PhysicsIn5.com
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  • Physics Lessons
    • Intro + Formula Sheet
    • 1. Mathematics Review >
      • 1. General Math Concepts
      • 2. Vectors
    • 2. Kinematics (1D) >
      • 1. Kinematic 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
      • Topic Review + Exam
    • 3. Kinematics (2D) >
      • 1. Projectiles (Intro)
      • 2. Projectile Equations
      • 3. Horizontal Projectiles
      • 4. Angled Projectiles
      • 5. Relative Velocity I
      • 6. Relative Velocity II
      • Topic 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 1st Law
      • 9. Newton's 2nd Law
      • 10. Newton's 3rd Law
      • 11. Friction
      • 12. Problem Solving 1
      • 13. Problem Solving 2
      • 14. Air Resistance
      • Topic Review + Exam
    • 5. Dynamics (2D) >
      • 1. Circular Motion
      • 2. Fc Equations
      • 3. Circular Motion Eqns
      • 4. Car Turns
      • 5. Max/Min Speed
      • 6. Universal Gravitation
      • 7. UGrav + CIrcMo
      • 8. Kepler's Laws
      • Topic Review + Exam
    • 6. Energy and Work >
      • 1. Energy Introduction
      • 2. Mechanical Energies
      • 3. Conservation Eqns
      • 4. Mech Energy Eqns
      • 5. Non-mech Energies
      • 6. Work + Energy Change
      • 7. Work + Conservation
      • 8. Work + Force
      • 9. Problem Solving
      • 10. Escape Velocity
      • Topic Review + Exam
    • 7. Collisions >
      • 1. Collision Types, P=MV
      • 2. Conservation Law
      • 3. Pi = Pf Equation Forms
      • 4. Angled Collisions
      • 5. Impulse
      • 6. Momentum + Energy
      • Topic Review + Exam
    • 8. Oscillations >
      • 1. Oscillation Terms
      • 2. SHM Problem Solving
      • Practice 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 I
      • 10. Angular Momentum II
      • Topic Review + Exam
    • AP Free Response Types >
      • FRQ 1: PASA
      • FRQ 2: EDQ
      • FRQ 3: QQT
      • FRQ 4: SA
    • Additional Topics >
      • 10. Electric Forces >
        • 1. Electric Forces Intro
        • 2. Coulomb's Law
        • 3. Problem Solving
        • Practice Exam
      • 11. Circuits >
        • 1. Circuits Introduction
        • 2. Voltage, Loop Rule
        • 3. Current, Junction Rule
        • 4. Resistance, Resistivity
        • 5. Ohm's Law + Power
        • 6. Circuit Solving I
        • 7. Circuit Solving II
        • 8. Kirchhoff's Rules
        • Topic Review + Exam
      • 12. Waves >
        • 1. Waves Introduction
        • 2. Wave Terms, Equations
        • 3. Harmonic Frequencies
        • 4. Doppler Effect
        • Practice Exam
  • Tutoring Services
  • Student Reviews
  • Purchase
  • Contact
  • Home
  • About the site
  • Physics Lessons
    • Intro + Formula Sheet
    • 1. Mathematics Review >
      • 1. General Math Concepts
      • 2. Vectors
    • 2. Kinematics (1D) >
      • 1. Kinematic 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
      • Topic Review + Exam
    • 3. Kinematics (2D) >
      • 1. Projectiles (Intro)
      • 2. Projectile Equations
      • 3. Horizontal Projectiles
      • 4. Angled Projectiles
      • 5. Relative Velocity I
      • 6. Relative Velocity II
      • Topic 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 1st Law
      • 9. Newton's 2nd Law
      • 10. Newton's 3rd Law
      • 11. Friction
      • 12. Problem Solving 1
      • 13. Problem Solving 2
      • 14. Air Resistance
      • Topic Review + Exam
    • 5. Dynamics (2D) >
      • 1. Circular Motion
      • 2. Fc Equations
      • 3. Circular Motion Eqns
      • 4. Car Turns
      • 5. Max/Min Speed
      • 6. Universal Gravitation
      • 7. UGrav + CIrcMo
      • 8. Kepler's Laws
      • Topic Review + Exam
    • 6. Energy and Work >
      • 1. Energy Introduction
      • 2. Mechanical Energies
      • 3. Conservation Eqns
      • 4. Mech Energy Eqns
      • 5. Non-mech Energies
      • 6. Work + Energy Change
      • 7. Work + Conservation
      • 8. Work + Force
      • 9. Problem Solving
      • 10. Escape Velocity
      • Topic Review + Exam
    • 7. Collisions >
      • 1. Collision Types, P=MV
      • 2. Conservation Law
      • 3. Pi = Pf Equation Forms
      • 4. Angled Collisions
      • 5. Impulse
      • 6. Momentum + Energy
      • Topic Review + Exam
    • 8. Oscillations >
      • 1. Oscillation Terms
      • 2. SHM Problem Solving
      • Practice 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 I
      • 10. Angular Momentum II
      • Topic Review + Exam
    • AP Free Response Types >
      • FRQ 1: PASA
      • FRQ 2: EDQ
      • FRQ 3: QQT
      • FRQ 4: SA
    • Additional Topics >
      • 10. Electric Forces >
        • 1. Electric Forces Intro
        • 2. Coulomb's Law
        • 3. Problem Solving
        • Practice Exam
      • 11. Circuits >
        • 1. Circuits Introduction
        • 2. Voltage, Loop Rule
        • 3. Current, Junction Rule
        • 4. Resistance, Resistivity
        • 5. Ohm's Law + Power
        • 6. Circuit Solving I
        • 7. Circuit Solving II
        • 8. Kirchhoff's Rules
        • Topic Review + Exam
      • 12. Waves >
        • 1. Waves Introduction
        • 2. Wave Terms, Equations
        • 3. Harmonic Frequencies
        • 4. Doppler Effect
        • Practice Exam
  • Tutoring Services
  • Student Reviews
  • Purchase
  • Contact
Use the links below to navigate through my algebra-based physics curriculum, which is aligned with AP Physics 1 topics. Each major topic contains video lectures, practice worksheets, answer keys and an end-of-unit practice exam.

Algebra-based Physics Units:
​*The first two units are provided free of charge, while units 3-12 are part of a PhysicsIn5 subscription.
  1.  Mathematics Review
  2.  Kinematics in 1 Dimension  (Motion Terms, Graphs of Motion, Constant Velocity, Acceleration, Freefall)
  3.  Kinematics in 2 Dimensions  (Projectile Motion, Relative Velocity)
  4.  Dynamics in 1 Dimension  (Force Types, Force Diagrams, Rotated Coordinate Systems, Newton's Laws, Friction)
  5.  Dynamics in 2 Dimensions  (Uniform Circular Motion, Newton's Universal Law of Gravitation)
  6.  Energy and Work  (Energy Types, Energy-flow Diagrams, Conservation of Energy, Work, External Forces, Power)
  7.  Collisions  (Momentum, Conservation of Momentum, Impulse, Momentum and Energy combined)
  8.  Simple Harmonic Motion  (Oscillation Terms, Springs, Pendulums, Position vs Time Graphs)
  9.  Rotational Motion  (Rotational Kinematics, Center of Mass, Torque, Rotational Kinetic Energy, Angular Momentum)
  10.  Electric Forces  (Charge Types, Charge Interactions, Charging Methods, Polarization, Coulomb's Law)
  11.  Circuits  (Circuit Types, Schematic Drawings, Voltage, Current, Resistance, Lab Skills, Kirchhoff's Rules)
  12.  Waves  (Wave Types, Wave Terms, Superposition, Boundary Behavior, Harmonic Frequencies, Beat Frequencies)

AP Free Response Question Types:
​*The first free response type is provided free of charge, while FRQ types 2-4 are part of a PhysicsIn5 subscription.
  1. Paragraph Argument Short Answer   (How to organize your paragraph, what you are graded on, etc)
  2. Experimental Design Questions   (Selecting proper materials, talking through an example design, analyzing errors)
  3. Qualitative-Quantitative Translation   (Example of each, analyzing sample student claims, etc)
  4. Short Answer    (Problems with and without numbers, good and bad example of showing work, etc)