Log In
Or create an account ->
Imperial Library
Home
About
News
Upload
Forum
Help
Login/SignUp
Index
Cover
Title Page
Copyright
Acknowledgments
Contents
Register Your Book Online!
About This Book
Constants and SI Units
Chapter 1: Introduction to Physics
Lesson 1.1: Physics
Lesson 1.2: The Scientific Method
Lesson 1.3: Problem Solving
Chapter 2: Mathematics
Lesson 2.1: Mathematics and Physics
Lesson 2.2: Dimensional Analysis
Lesson 2.3: Geometry
Lesson 2.4: Trigonometry
Lesson 2.5: Graphs and Graph Analysis
Lesson 2.6: Vectors
Chapter 3: Motion in One Dimension
Lesson 3.1: Introduction
Lesson 3.2: Kinematic Variables
Lesson 3.3: Kinematic Equations
Lesson 3.4: Kinematics and Graphs
Lesson 3.5: Special Case: Free Fall
Chapter 4: Motion in Multiple Dimensions
Lesson 4.1: Differences Between One and Multi-dimensional Motion
Lesson 4.2: Projectile Motion
Lesson 4.3: Circular Motion
Chapter 5: Forces and Mechanics
Lesson 5.1: Forces
Lesson 5.2: Newton’s Laws
Lesson 5.3: Newtonian Mechanics
Lesson 5.4: Rotational Mechanics
Lesson 5.5: Equilibrium
Chapter 6: Energy
Lesson 6.1: Introduction to Energy
Lesson 6.2: Energy
Lesson 6.3: Rotational Energy
Lesson 6.4: Simple Harmonic Motion
Chapter 7: Momentum
Lesson 7.1: Introduction to Momentum
Lesson 7.2: Momentum
Lesson 7.3: Angular Momentum
Lesson 7.4: Rocket Propulsion
Chapter 8: Gravity and Satellite Motion
Lesson 8.1: Gravity
Lesson 8.2: Satellite Motion
Chapter 9: Thermodynamics
Lesson 9.1: Departure From Mechanics
Lesson 9.2: Heat and Heat Exchange
Lesson 9.3: Thermodynamic Measurables
Lesson 9.4: The First Law of Thermodynamics
Lesson 9.5: The Second Law of Thermodynamics
Chapter 10: Waves and Sound
Lesson 10.1: What Is a Wave?
Lesson 10.2: Mechanical Waves
Lesson 10.3: Wave Interference
Lesson 10.4: Sound
Chapter 11: Electric Interactions
Lesson 11.1: Introduction to Electromagnetic Interactions
Lesson 11.2: Coulomb’s Law
Lesson 11.3: The Electric Field and Gauss’s Law
Lesson 11.4: Electric Potential
Lesson 11.5: Capacitors
Lesson 11.6: Motion in a Uniform Electric Field
Chapter 12: Electric Circuits
Lesson 12.1: Circuit Basics
Lesson 12.2: Kirchhoff’s Circuit Rules
Lesson 12.3: Circuits with Multiple Resistors
Lesson 12.4: Capacitor Circuits
Lesson 12.5: RC Circuits
Lesson 12.6: Applying Kirchhoff’s Loop Rule
Chapter 13: Magnetic Interactions
Lesson 13.1: Electromagnetism
Lesson 13.2: The Lorentz Force
Lesson 13.3: The Magnetic Field
Lesson 13.4: Motion in Uniform Electromagnetic Fields
Lesson 13.5: Faraday’s Law
Chapter 14: Light and Optics
Lesson 14.1: Light
Lesson 14.2: Optics
Chapter 15: Introduction to Modern Physics
Lesson 15.1: Introduction
Lesson 15.2: Particle-Wave Duality
Lesson 15.3: The Bohr Model of the Atom
Lesson 15.4: Nuclear Decay
← Prev
Back
Next →
← Prev
Back
Next →