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Apologia Physics (2nd edition)
Introduction to the Course
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Documents
Laboratory Notebook
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How to submit homework, tests, and labs (2:25)
Module 1: Motion in One Dimension
Introduction; Distance and Displacement (9:09)
Example 1.1 (3:18)
Speed and Velocity (5:27)
Example 1.2 (8:24)
Example 1.3 (4:52)
Experiment 1.1 (5:57)
Average and Instantaneous Velocity (14:07)
Example 1.4 (6:28)
Velocity is Relative (8:01)
Example 1.5 (6:00)
Acceleration (4:39)
Experiment 1.2 (5:44)
Example 1.6 (5:46)
Average and Instantaneous Acceleration (13:45)
Example 1.7 (4:16)
On Your Owns (29:12)
Homework Module 1
Test Module 1
Module 2: One-Dimensional Motion Equations and Free Fall
Relating Velocity, Acceleration, and Time (3:15)
Example 2.1 (3:25)
Relating Velocity, Acceleration, and Displacement (6:08)
Example 2.2 (9:09)
Relating Displacement, Velocity, Acceleration, and Time (7:11)
Example 2.3 (2:05)
Using Our Equations for One-Dimensional Motion (4:05)
Example 2.4 (9:00)
Free Fall (7:39)
Experiment 2.1 (2:25)
Experiment 2.2 (4:18)
Example 2.5 (2:43)
A More Detailed Look at Free Fall (3:21)
Example 2.6 (8:08)
Terminal Velocity (3:46)
Experiment 2.3 (6:05)
On Your Owns (38:17)
Homework Module 2
Test Module 2
Module 3: Two-Dimensional Vectors
Vectors (10:28)
Adding and Subtracting Two-Dimensional Vectors: The Graphical Approach (5:33)
Example 3.1 (4:13)
Example 3.2 (3:51)
Vector Components (8:25)
Experiment 3.1 (7:48)
Example 3.3 (8:44)
Determining a Vector's Components from Its Magnitude and Direction (2:19)
Example 3.4 (3:44)
Adding and Subtracting Two-Dimensional Vectors: The Analytical Approach (2:47)
Example 3.5 (17:23)
Applying Vector Addition to Physical Situations (4:45)
Experiment 3.2 (8:57)
Example 3.6 (13:10)
On Your Owns (33:24)
Homework Module 3
Test Module 3
Module 4: Motion in Two Dimensions
Example 4.1 (3:16)
Example 4.2 (12:39)
Projectile Motion in Two Dimensions (11:20)
Example 4.3 (10:22)
The Range Equation (7:40)
Example 4.4 (2:55)
Example 4.5 (7:17)
Example 4.6 (7:01)
On Your Owns (50:16)
Homework Module 4
Test Module 4
Module 5: Newton's Laws
Newton's First Law (6:26)
Newton's Second Law (6:41)
Example 5.1 (2:08)
Mass and Weight (3:47)
Example 5.2 (3:16)
Example 5.3 (3:35)
The Normal Force (3:09)
Example 5.4 (1:33)
Friction and An Equation for Frictional Force (8:20)
Example 5.5 (10:19)
Newton's Third Law (6:52)
On Your Owns (27:42)
Homework Module 5
Test Module 5
Module 6: Applications of Newton's Second Law
Translational Equilibrium (6:26)
Example 6.1 (10:26)
Example 6.2 (8:54)
Experiment 6.1 (1:48)
Measuring Weight in an Elevator (8:29)
Rotational Motion and Torque (10:54)
Example 6.3 (4:13)
Rotational Equilibrium (5:19)
Example 6.4 (4:36)
Objects on an Inclined Surface (11:26)
Example 6.5 (7:48)
Example 6.6 (5:38)
On Your Owns (44:46)
Homework Module 6
Test Module 6
Module 7: Uniform Circular Motion and Gravity
Uniform Circular Motion (5:58)
Centripetal Force and Centripetal Acceleration (6:49)
Example 7.1 (3:37)
The Source of Centripetal Force (4:19)
Example 7.2 (7:16)
A Fictional Force (4:35)
Gravity (10:35)
Example 7.3 (2:17)
Example 7.4 (4:29)
Circular Motion Terminology (3:09)
Example 7.5 (2:48)
Gravity and the Motion of the Planets (4:23)
Example 7.6 (8:08)
Example 7.7 (4:12)
On Your Owns (35:17)
Homework Module 7
Test Module 7
Module 8: Work and Energy
Definitions of Work and Energy (5:50)
Example 8.1 (1:31)
On Your Owns (1:30)
Homework Module 8
Test Module 8
Module 9: Momentum
Example 9.1 (1:21)
Example 9.2 (7:56)
Example 9.3 (5:35)
Example 9.4 (5:30)
Example 9.5 (10:13)
Example 9.6 (2:19)
Homework Module 9
Test Module 9
Module 10: Periodic Motion
Example 10.1 (4:00)
Example 10.2 (1:06)
Example 10.3 (4:12)
Example 10.4 (9:49)
Example 10.5 (2:26)
Homework Module 10
Test Module 10
Module 11: Waves
Waves (16:02)
The Physical Nature of Sound (5:09)
The Physical Nature of Sound, continued (5:16)
Example 11.1 (3:27)
The Doppler Effect (10:42)
Sound Waves in Substances Other than Air; Sound Waves Beyond the Ear's Ability to Hear (9:00)
Example 11.3 (3:01)
Example 11.4 (3:52)
On Your Owns (33:04)
Homework Module 11
Test Module 11
Module 12: Geometric Optics
Example 12.1 (5:46)
Example 12.2 (4:43)
Example 12.3 (4:08)
Example 12.4 (3:07)
Example 12.5 (4:41)
Example 12.6 (3:18)
On Your Owns (30:14)
Homework Module 12
Test Module 12
Module 13: Coulomb's Law and the Electric Field
Example 13.1 (3:16)
Example 13.2 (17:33)
Example 13.3 (3:11)
Example 13.4 (9:05)
Example 13.5 (4:37)
On Your Owns (32:24)
Homework Module 13
Test Module 13
Module 14: Electric Potential
Example 14.1 (1:50)
Example 14.2 (10:24)
Example 14.3 (6:25)
Example 14.4 (13:51)
Example 14.5 (1:13)
Example 14.6 (5:20)
On Your Owns (45:37)
Homework Module 14
Test Module 14
Module 15: Electric Circuits
Example 15.1 (2:34)
Example 15.2 (3:43)
Example 15.3 (3:44)
Example 15.4 (3:49)
Example 15.5 (4:03)
On Your Owns (25:22)
Homework Module 15
Test Module 15
Module 16: Magnetism
Example 16.1 (1:55)
Example 16.2 (1:08)
On Your Owns (5:54)
Homework Module 16
Test Module 16
Projectile Motion in Two Dimensions
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