Instructor
Chad McAllister
Course curriculum

01
Outlines
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College Physics 2017 Complete Outlines [5]


02
Chapter 1  Units and Vectors
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1.1 Units (2:03)

1.2 Vectors (21:53)


03
Chapter 2 – Motion in One Dimension
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2.1 Displacement, Velocity, and Acceleration (8:28)

2.2 Introduction to Kinematics Calculations (11:33)

2.3 Kinematics Calculations for Freely Falling Objects (7:30)

2.4 Diagrams of Position vs Time (4:57)

2.5 Diagrams of Velocity vs Time (7:19)


04
Chapter 3 – Motion in Two Dimensions
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3.1 Relative Motion (6:09)

3.2 Projectile Motion in One and Two Dimensions (19:05)

3.3 Projectile Motion Example #2  Drop in height of a ball thrown by a pitcher (5:19)

3.4 Projectile Motion Example #3  Projectile Fired at a Building (6:02)


05
Chapter 4 – The Laws of Motion
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4.1 Introduction to Forces, Fields, and Newton's Laws of Motion (7:08)

4.2 Introduction to Gravity, Normal Force, and Friction (8:38)

4.3 Examples Involving a Scale on an Elevator (11:50)

4.4 Examples Involving Pulling on a Horizontal Surface (9:25)

4.5 Examples Involving Inclined Planes (16:59)

4.6 Example Involving Tension (2:53)

4.7 Examples Involving Pulleys (11:26)


06
Chapter 5 – Energy
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5.1 Work (18:15)

5.2 Mechanical Energy (18:18)

5.3 Springs (13:16)

5.4 Power (6:33)

5.5 Work by a Varying Force (4:04)

A Little Help


07
Chapter 6 – Momentum and Collisions
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6.1 Momentum and Impulse (10:51)

6.2 Introduction to Elastic, Inelastic, and Perfectly Inelastic Collisions (3:59)

6.3 Collisions Example #1  An Inelastic Collision (5:17)

6.4 Collisions Example #2  Exploding Fragments as a Perfectly Inelastic Collision in Reverse (8:09)

6.5 Collisions Example #3  Determining the Speed of a Bullet (9:14)


08
Chapter 7 – Rotational Motion and the Law of Gravity
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Sound Malfunction

7.1 Rotational Kinematics (14:43)

7.2 Centripetal Force and Acceleration (7:16)

7.3 Examples Involving Centripetal Force and Acceleration (12:42)

7.4 Gravity and Centripetal Force and Acceleration (12:23)

7.5 Kepler's Laws of Planetary Motion (8:37)


09
Chapter 8 – Rotational Equilibrium and Rotational Dynamics
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8.1 Introduction to Torque and Rotational Inertia (9:34)

8.2 Torque for a Door on a Hinge (3:06)

8.3 Torque Problems for Systems in Equilibrium Example #1 (4:54)

8.4 Torque Problems for Systems in Equilibrium Example #2 (11:11)

8.5 Torque Problems for Systems in Equilibrium Example #3 (8:12)

8.6 Angular Momentum and Rotational Kinetic Energy (9:08)


10
Chapter 9 Solids and Fluids
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9.1 Elasticity of Solids (21:08)

9.2 Density and Pressure (12:52)

9.3 Manometers and Barometers (9:06)

9.4 Buoyancy and Archimedes' Principle (21:46)

9.5 The Hydraulic Jack (8:30)

9.6 HydrodynamicsLaminar Flow and The Equation of Continuity (7:51)

9.7 HydrodynamicsBernoulli's Equation (12:12)


11
Chapter 10  Gases
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10.1 Pressure and Gas Laws (13:05)

10.2 The Combined Gas Law and Dalton's Law of Partial Pressures (6:26)

10.3 The Kinetic Model of Gases and the Perfect Gas Law (16:19)

10.4 Maxwell Distribution of Speeds (5:12)


12
Chapters 11/12  Thermodynamics
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1 Introduction to the First Law of Thermodynamics (12:05)

2 Heat Capacities (11:27)

3 Internal Energy, Enthalpy, and CpCv (9:31)

4 Expansion Work (8:45)

5 Calculations and Derivations Involving Internal Energy and Enthalpy (14:48)

6 The 2nd and 3rd Laws of Thermodynamics and Entropy (7:03)

7 Entropy Changes During Expansion and Heating (14:59)


13
Chapter 13  Oscillatory Motion and Waves
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13.1 Simple Harmonic Motion (SHM), Springs, and Pendulums (16:35)

13.2 The Frequency and Period of SHM (14:52)

13.3 Waves (12:35)

13.4 Standing Waves (11:01)


14
Chapter 14  Sound
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14.1 Wave Nature and Speed of Sound (7:37)

14.2 Sound Intensity and Intensity Level (6:19)

14.3 The Doppler Effect (7:13)


15
Chapter 15  Electric Forces and Fields
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15.1 Charge, Insulators, and Conductors (6:37)

15.2 Coulomb's Law (20:03)

15.3 Electric Fields (12:47)

15.4 Conductors in Electrostatic Equilibrium (4:01)

15.5 Gauss's Law and Electric Flux (13:50)


16
Chapter 16  Electrical Energy and Capacitance
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16.1 Electric Potential and Potential Energy (20:59)

16.2 Capacitance and Parallel Plate Capacitors (13:08)

16.3 Capacitors in DC Circuits (17:13)


17
Chapter 17  Current and Resistance
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17.1 Current and Ohm's Law (8:06)

17.2 Resistance (15:10)

17.3 Resistors in DC Circuits (21:47)

17.4 Voltmeters and Ammeters (2:44)


18
Chapter 18  Complex DirectCurrent (DC) Circuits
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18.1 Sources of Emf (4:49)

18.2 Complex Circuits and Kirchoff's Rules (20:46)

18.3 RC Circuits (14:17)


19
Chapter 19  Magnetism
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19.1 Introduction to Magnetic Fields (5:29)

19.2 Magnetic Force on a Charge in Motion (13:17)

19.3 Magnetic Force on a CurrentCarrying Wire (7:45)

19.4 Torque on a CurrentCarrying Loop (8:06)

19.5 Magnetic Field Due to a CurrentCarrying Wire (17:22)

19.6 Magnetic Field at the Center of a CurrentCarrying Loop (2:35)

19.7 Magnetic Field at the Center of a Solenoid (3:36)

19.8 Final Thoughts on Magnetism (2:18)

A Little Help


20
Chapter 20  Induced Voltages and Inductance
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20.1 Introduction to Faraday's Law and Lenz's Law (6:39)

20.2 Application of Faraday's Law and Lenz's Law (19:53)

20.3 Motional Emf (11:53)

20.4 Generators, Motors, and Back Emf (9:29)

20.5 Mutual Inductance and Transformers (11:42)

20.6 SelfInductance (4:24)

20.7 RL Circuits (14:24)


21
Chapter 21  AlternatingCurrent (AC) Circuits and Electromagnetic Waves
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21.1 Rms Current and Voltage in AC Circuits (2:25)

21.2 Maxwell's Theory of Electromagnetism (6:58)

21.3 Introduction to Electromagnetic Radiation (13:32)

21.4 Energy, Power, and Intensity of Electromagnetic Waves (4:04)

21.5 The Doppler Effect (5:06)

21.6 The Polarization of Light (6:26)


22
Chapter 22  Reflection and Refraction of Light
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22.1 Plane Mirrors and the Law of Reflection (2:27)

22.2 Indexes of Refraction (3:20)

22.3 Snell's Law of Refraction (11:40)

22.4 Total Internal Reflection (3:35)

Copy of 22.5 Apparent Depth


23
Chapter 23  Mirrors and Lenses
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23.1 Introduction to Spherical Mirrors and Thin Lenses

23.2 Concave (Converging) Mirrors

23.3 Convex (Diverging) Mirrors

23.4 Diverging Lenses

23.5 Converging Lenses

23.6 Calculations Involving Mirrors and Thin Lenses

23.7 Combinations of Lenses

23.8 Vision Correction


24
Chapter 24  Wave Optics
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24.1 DoubleSlit Interference (21:47)

24.2 Thin Film Interference (17:14)

24.3 Diffraction Gratings and SingleSlit Interference (4:47)


25
Chapter 25  Quantum Physics
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25.1 Blackbody Radiation (5:44)

25.2 The Photoelectric Effect (10:39)

25.3 The Bohr Model of the Atom and Electronic Transitions (16:20)

25.4 The Compton Effect (3:38)

25.5 The DeBroglie Wavelength of Matter (4:42)

25.6 Wave Functions (1:38)

25.7 The Heisenberg Uncertainty Principle (3:30)
