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This course includes
- 15h 12m of video
- 78 lessons
- Level: Intermediate
- Spoken in English
- Your place is remembered
- Free in full, no card
Lessons
8 sections · 78 lessons · 15h 12m total length
Lessons 1 to 1010 lessons · 1h 46m
- 1.1: Units and Conversions7m
- 1.2: Introduction to Vectors22m
- 1.3: Fermi Estimation Problems9m
- 1.4: Optional video - Vector Component and Direction Review9m
- 2.1: Definitions in 1D Motion/Kinematics18m
- 2.2: Constant Acceleration in 1D18m
- 2.3: 1D motion with non constant acceleration3m
- 2.4: Two-Body Problems9m
- 2.5: Intro to Combined Concept Questions5m
- 3.1: Overview of 2D Motion5m
Lessons 11 to 2010 lessons · 1h 42m
- 3.2: Projectile Motion11m
- 3.3: Circular Motion21m
- 3.4: Module 3 Combined Concept Problem8m
- 4A.1: Newton's 1st and 2nd Laws15m
- 4A.2: Newtons 3rd Law10m
- 4A.3: Free Body Diagrams, Essential for Problem-Solving8m
- 4A.4: Examples of Problem Solving with Newton's Second Law8m
- 4A.5: Combined Concept Example with Newton's Second Law4m
- 4B.1: Newton's Second Law and Ramps6m
- 4B.2: Newton's Second Law and Friction11m
Lessons 21 to 3010 lessons · 1h 54m
- 4B.3: Newton's Second Law and Circular Motion21m
- 4B.4: Introduction to Module 4B Combined Concept Problems5m
- 4B.5: Module 4B Combined Concept Worked Example18m
- 5.1: Introduction to Work16m
- 5.2: The Work-Kinetic Energy Theorem7m
- 5.3: The Dot Product (AKA Scalar Product)8m
- 5.4: Calculating Work by 2D and 3D Forces10m
- 5.5: Introduction to Module 5 Combined Concept Problems5m
- 5.6: Module 5 Combined Concept Worked Example14m
- 6.2: Types of Energy in Mechanics of Motion (University Physics 1)10m
Lessons 31 to 4010 lessons · 1h 49m
- 6.3: Relating Force to Potential Energy11m
- 6.4: Intro to Conservative and Non Conservative Forces6m
- 6.5: The Law of Conservation of Energy18m
- 6.1: Power11m
- 6.6: Module 6 Combined Concept Problems, Part 17m
- 6.7: Module 6 combined concept examples, Part 210m
- 7.1: Vertical Circles and a Combined Concept Problem16m
- 8.1: Introduction to Momentum and Impulse16m
- 8.2: Finding the Force During a Collision9m
- 8.3: Determining Impulse from Variable Force6m
Lessons 41 to 5010 lessons · 1h 25m
- 9.1: Conservation of Linear Momentum Intro6m
- 9.2: Types of Collisions6m
- 9.3: Conservation Of Linear Momentum Worked Example22m
- 9.4: Combining CoLM and CoE5m
- 9.5: Module 9 Combined Concept Problem17m
- 10.1: Center of Mass7m
- 10.2: Introduction to Rotational Motion/Kinematics8m
- 10.3: Vector Directions of Rotational Quantities9m
- 10.4: Relationship Between Translational and Angular Quantities3m
- 10.5: Non Constant Acceleration in Rotational Motion3m
Lessons 51 to 6010 lessons · 2h 27m
- 11.1: Conceptual Understanding of Moment of Inertia13m
- 11.2: Calculating MOI Part 1 (discrete case and parallel axis thm)15m
- 11.3: Calculating MOI Part 2 (with integration)27m
- 11.4: Parallel axis example - MOI of three hollow rings with different axes7m
- 12A.1: Torque and the Cross Product16m
- 12A.2: Calculating Cross Product Using Components2m
- 12A.3: Newton's 2nd law with Rotation and single object problems17m
- 12B.1: Newton's Second Law and Multi-object Problems24m
- 12C.1: Static Equilibrium Overview17m
- 13.1: Rolling Motion8m
Lessons 61 to 7010 lessons · 2h 16m
- 13.2: Conservation of Energy with Rotation7m
- 14.1: Introduction to Angular Momentum20m
- 14.2: The Law of Conservation of Angular Momentum7m
- 14.3: Rotational Motion Problem Recognition Tips13m
- 15A.1: Introduction to Simple Harmonic Motion24m
- 15A.2: Potential Energy Diagrams and Simple Harmonic Motion7m
- 15A.3: Energy in Simple Harmonic Motion8m
- 15B.1: Pendulums and Oscillations16m
- 15B.2: Calculating Period of Physical Pendulums5m
- 16A.1: Mathematical representation of wave motion30m
Lessons 71 to 788 lessons · 1h 53m
- 16A.2: Visualizing Traveling Wave Motion10m
- 16A.3: Examining relationship between speed, wavelength, and frequency9m
- 16A.4: Wave Interference and Standing Waves15m
- 16A.5: Awesome Applications of Wave Interference17m
- 16B.1: Introduction to Sound Waves8m
- 16B.2: Beats13m
- 16B.3: Doppler Effect9m
- 16.4: Sound, music, and speech31m
What you need
- Some grounding helps; this one picks up past the basics.
Description
An entire university-level calculus-based course in mechanics, with focus on conceptual understanding. Clear lectures from an actual physics professor, presented in organized bite-size videos. Welcome to my passion!
Who this course is for
- People who know the basics of Science and want to go further.
Those two are our reading of the course's level. The description is the author's own.