Course curriculum

    1. Syllabus

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    1. 1.1 Derivatives as Rates of Change: Calculus for Motion

    2. Quiz 1.1

    3. 1.1 Interactive Lab: Reading a Position Graph

    4. 1.2 Differentiation Rules for Physics: Power, Product, and Chain Rules

    5. Quiz 1.2

    6. 1.3 Integrals as Accumulation: Antiderivatives and Definite Integrals

    7. Quiz 1.3

    8. 1.3 Interactive Lab: Evaluate the Integral

    9. 1.4 Separable Differential Equations: Drag, Decay, and Oscillators

    10. Quiz 1.4

    11. 1.4 Interactive Lab: Approach to a Limit

    1. 2.1 Scalars and Vectors: Components, Dot and Cross Products

    2. Quiz 2.1

    3. 2.2 Displacement, Velocity, and Acceleration: Derivatives and Integrals of Motion

    4. Quiz 2.2

    5. 2.2 Interactive Lab: Motion Function Workbench

    6. 2.3 Representing Motion: Graphs, Slope, and Area

    7. Quiz 2.3

    8. 2.3 Interactive Lab: Reading Motion Graphs

    9. 2.4 Reference Frames and Relative Motion: Galilean Transformations

    10. Quiz 2.4

    11. 2.5 Motion in Two or Three Dimensions: Vector Calculus of Projectiles

    12. Quiz 2.5

    13. 2.5 Interactive Lab: Taking a Projectile Apart

    14. 2.6 Kinematics Problem Solving: Variable Acceleration

    15. Quiz 2.6

    16. 2.6 Interactive Lab: When Acceleration Keeps Changing

    1. 3.1 Systems and Center of Mass: Discrete and Continuous Distributions

    2. Quiz 3.1

    3. 3.1 Interactive Lab: Center of Mass Workbench

    4. 3.2 Forces and Free-Body Diagrams: Setting Up Equations of Motion

    5. Quiz 3.2

    6. 3.2 Interactive Lab: Free-Body Diagram Clinic

    7. 3.3 Newton's Third Law: Interaction Pairs

    8. Quiz 3.3

    9. 3.4 Newton's First Law: Equilibrium and Inertial Frames

    10. Quiz 3.4

    11. 3.5 Newton's Second Law: Net Force as Mass Times Acceleration

    12. Quiz 3.5

    13. 3.5 Interactive Lab: Connected Blocks and a Table

    14. 3.6 Gravitational Force: Universal Gravitation and Field Strength

    15. Quiz 3.6

    16. 3.6 Interactive Lab: Force Inside and Outside a Uniform Sphere

    17. 3.7 Kinetic and Static Friction: Models and Coefficients

    18. Quiz 3.7

    19. 3.8 Spring Forces: Hooke's Law and Equilibrium Positions

    20. Quiz 3.8

    21. 3.9 Resistive Forces: Linear and Quadratic Drag and Terminal Speed

    22. Quiz 3.9

    23. 3.9 Interactive Lab: Falling With Linear Drag

    24. 3.10 Circular Motion: Centripetal Force and Nonuniform Circular Motion

    25. Quiz 3.10

    26. 3.10 Interactive Lab: Circles by the Numbers

    1. 4.1 Translational Kinetic Energy: The Work-Energy Theorem

    2. Quiz 4.1

    3. 4.2 Work: Dot Products and Integrals of Force

    4. Quiz 4.2

    5. 4.2 Interactive Lab: Work by the Numbers

    6. 4.3 Potential Energy: Force as the Negative Gradient

    7. Quiz 4.3

    8. 4.3 Interactive Lab: Reading a Potential Energy Graph

    9. 4.4 Conservation of Energy: Conservative and Nonconservative Forces

    10. Quiz 4.4

    11. 4.4 Interactive Lab: Energy Accounts for a Spring Launch

    12. 4.5 Power: Rate of Doing Work and P = F dot v

    13. Quiz 4.5

    14. 4.6 Energy Problem Solving: Springs, Ramps, and Variable Forces

    15. Quiz 4.6

    1. 5.1 Linear Momentum: Momentum of Particles and Systems

    2. Quiz 5.1

    3. 5.2 Change in Momentum and Impulse: Integrating Force Over Time

    4. Quiz 5.2

    5. 5.2 Interactive Lab: Impulse from a Force Pulse

    6. 5.3 Conservation of Linear Momentum: Isolated Systems and Center of Mass

    7. Quiz 5.3

    8. 5.4 Elastic and Inelastic Collisions: One and Two Dimensions

    9. Quiz 5.4

    10. 5.4 Interactive Lab: Two Carts, Three Endings

    11. 5.5 Variable Mass and Explosions: Recoil and Rocket Ideas

    12. Quiz 5.5

    13. 5.5 Interactive Lab: Sand, Belts, and Recoil

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