Section 1.1:
Motion and Motion Graphs
Section 1.2:
Equations of Motion
Section 1.3:
Displacement in Two Dimensions
Section 1.4:
Velocity and Acceleration in Two Dimensions
Section 1.5:
Projectile Motion
Section 1.6:
Relative Motion
Exercise 1b
Exercise 1c
Exercise 2b
Exercise 3b
Exercise 4b
Exercise 8b
Exercise 8c
Exercise 8d
Exercise 9b
Exercise 9c
Section 2.1:
Forces and Free Body Diagrams
Section 2.2:
Newton's Law of Motion
Section 2.3:
Applying Newton's Law of Motion
Section 2.4:
Forces of Friction
Section 2.6:
Physics Journal
Exercise 4b
Exercise 5b
Exercise 7b
Exercise 7c
Exercise 9b
Exercise 9c
Chapter 3: Uniform Circular MotionSection 3.1:
Inertial and Noninertial Frames of Reference
Section 3.2:
Centripetal Acceleration
Section 3.3:
Centripetal Force
Section 3.4:
Rotating Frames of Reference
Section 3.5:
Physics Journal
Exercise 1b
Exercise 7b
Exercise 8b
Chapter 4: Work and EnergySection 4.1:
Work Done by a Constant Force
Section 4.2:
Kinetic Energy and the Work Energy Theorem
Section 4.3:
Gravitational Potential Energy
Section 4.5:
The Law of the Conservation of Energy
Section 4.6:
Elastic Potential Energy and Simple Harmonic Motion
Section 4.7:
Springs and Conservation of Energy
Exercise 5b
Exercise 5c
Exercise 5d
Chapter 5: Momentum and CollisionsSection 5.1:
Momentum and Impulse
Section 5.2:
Conservation of Momentum in One Dimension
Section 5.3:
Collisions
Section 5.4:
Head on Elastic Collisions
Section 5.5:
Collisions in Two Dimensions: Glancing Collisions
Section 5.7:
Physics Journal
Exercise 1b
Exercise 1c
Exercise 8b
Exercise 9b
Exercise 10b
Exercise 11b
Exercise 12b
Chapter 6: Gravitational FieldsSection 6.1:
Newtonian Gravitation
Section 6.2:
Orbits
Section 6.4:
Physics Journal
Exercise 3b
Exercise 4b
Exercise 9b
Exercise 11b
Chapter 7: Electric FieldsSection 7.1:
Properties of Electric Charge
Section 7.2:
Coulomb's Law
Section 7.3:
Electric Fields
Section 7.4:
Potential Difference and Electric Potential
Section 7.5:
Electric Potential and Electric Potential Energy Due to Point Charges
Section 7.6:
The Millikan Oil Drop Experiment
Exercise 6b
Exercise 9b
Exercise 9c
Exercise 9d
Exercise 11b
Chapter 8: Magnetic FieldsSection 8.1:
Magnets and Electromagnets
Section 8.2:
Magnetic Forces on Moving Charges
Section 8.3:
Magnetic Force on a Current Carrying Conductor
Section 8.4:
Motion of Charged Particles in Magnetic Fields
Section 8.5:
Applications of Electric and Magnetic Fields
Exercise 2b
Exercise 2c
Exercise 3b
Exercise 3c
Exercise 7
Chapter 9: Waves and LightSection 9.1:
Properties of Waves and Light
Section 9.2:
Refraction and Total Internal Reflection
Section 9.3:
Diffraction and Interference of Water Waves
Section 9.4:
Light: Wave or Particle
Section 9.5:
Inference of LIght Waves: Young's Double Slit Experiment
Exercise 5b
Exercise 5c
Exercise 21b
Exercise 21c
Exercise 21d
Chapter 10: Applications of the Wave Nature of LightSection 10.1:
Interference in Thin Films
Section 10.2:
Single Slit Diffraction
Section 10.3:
The Diffraction Grating
Section 10.4:
Electromagnetic Radiation
Section 10.5:
Polarization of Light
Section 10.7:
Physics Journal
Section 11.1:
The Special Theory of Relativity
Section 11.2:
Time Dilation
Section 11.3:
Length Contraction, Simultaneity, and Relativistic Momentum
Section 11.4:
Mass Energy Equivalence
Exercise 1b
Exercise 2b
Exercise 3b
Exercise 4b
Exercise 10b
Chapter 12: Quantum MechanicsSection 12.1:
Introducing Quantum Theory
Section 12.2:
Photons and the Quantum Theory of Light
Section 12.3:
Wave Properties of Classical Particles
Section 12.5:
Physics Journal
Section 12.6:
The Standard Model of Elementary Particles
Chapter Unit 1: DynamicsCOMING SOON
Chapter Unit 2: Energy and MomentumCOMING SOON
Chapter Unit 3: Gravitational, Electric, and Magnetic FieldsCOMING SOON
Chapter Unit 4: The Wave Nature of LightCOMING SOON
Chapter Unit 5: Revolutions in Modern Physics: Quantum Mechanics and Special RelativityCOMING SOON
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