FlipItPhysics supports each stage of the learning experience: Students engage with material before class with animated PreLectures; during class with tailored lectures and peer instruction; and after class with examples, tutorials and homework problems carefully designed to build understanding. With data generated by student activity during PreLectures, instructors can build a bridge to the classroom experience and easily incorporate proven just‐in‐time teaching methods. With offerings for the university (calculus‐based) and college (algebra‐based) introductory physics courses, FlipItPhysics is an effective, proven way to improve student comprehension and retention of course material, and to create a more meaningful and memorable learning experience for students and instructors alike.

COLLEGE PHYSICS – Table of Contents

Classical Mechanics

    INTRODUCTION TO PHYSICS

  1. Introduction to Physics

    2. LINEAR MOTION

  2. Straight-line Motion with Constant Velocity
  3. Straight-line Motion with Constant Acceleration

    4. MOTION IN TWO OR THRE DIMENSIONS

  4. Vectors
  5. Projectile Motion and Circular Motion

    6. FORCES AND MOTION I: NEWTON’S LAWS

  6. Newton’s First and Second Laws
  7. Newton’s Third Law

    8. FORCES AND MOTION II: APPLICATIONS

  8. Friction

    9. WORK AND ENERGY

  9. Work Energy Theorem
  10. Potential Energy and Energy Conservation

    11. MOMENTUM, COLLISIONS, AND THE CENTER OF MASS

  11. Linear Momentum
  12. Collisions

    13. ROTATIONAL MOTION

  13. Rotational Energy
  14. Rotational Kinematics and Dynamics

    15. ELASTIC PROPERTIES OF MATTER: STRESS AND STRAIN

  15. Stress and Strain

    16. GRAVITATION

  16. Gravitation

    17. FLUIDS

  17. Fluid Statics
  18. Fluids in Motion

    19. OSCILLATIONS

  19. Simple Harmonic Motion
  20. Pendula and Forced and Damped Oscillations

    21. WAVES

  21. Wave Properties
  22. Interference and Sound Waves

    23. THERMODYNAMICS I

  23. Temperature and Kinetic Energy
  24. Heat and Phase Changes

    25. THERMODYNAMICS II

  25. Thermodynamics Processes and the First Law
  26. Heat Engines and Entropy

Electricity & Magnetism

    ELECTROSTATICS I: ELECTRIC CHARGE, FORCES, AND FIELDS

  1. Charge, Electric Materials, and Coulomb’s Law
  2. Electric Field and Gauss’s Law

    3. ELECTROSTATICS II: ELECTRIC POTENTIAL ENERGY AND ELECTRIC POTENTIAL

  3. Electric Potential Energy and Electric Potential
  4. Capacitance and Capacitors

    5. ELECTRIC CHARGES IN MOTION

  5. Current, Voltage, and Resistance
  6. Circuits

    7. MAGNETISM

  7. Magnetism and Magnetic Forces on Charged Particles
  8. Magnetism and Current-Carrying Wires

    9. ELECTROMAGNETIC INDUCTION and AC Circuits

  9. Electromagnetic Induction
  10. Inductance and Alternating-Current Circuits

    11. ELECTROMAGNETIC WAVES

  11. Electromagnetic Waves

    12. WAVE PROPERTIES OF LIGHT

  12. Huygen’s Principle, Total Internal Reflection, and Dispersion
  13. Polarization, Interference, and Diffraction

    14. GEOMETRICAL OPTICS

  14. Ray Diagrams, Plane and Concave Mirrors
  15. Convex Mirrors and Lenses

    16. RELATIVITY

  16. Galilean Transformations and the Speed of Light
  17. Time Dialation
  18. Length Contraction, Lorentz Transformations, Energy and Momentum

    19. QUANTUM PHYSICS AND ATOMIC STRUCTURE

  19. Wave-Particle Duality
  20. Bohr Model of the Atom

    21. NUCLEAR PHYSICS

  21. Nuclear Structure
  22. Fission, Fusion, and Radioactive Decay

    23. PARTICLE PHYSICS AND BEYOND

  23. Particle Physics