Month: July 2026

This is the Physics 10 version of Physics 4A Lecture Summary Slides. It took much less time, because Physics 10 transcript didn’t need re-working (currently going through that process with Physics 4B with Codex; it’s much smoother than the far more manual process I had with Physics 4A).

Below are the links to the Physics 10 30-lecture summary slide decks.

• PHYS 10 – Lecture 1 – What is Physics? Models, Units, and Learning Physics in Age of AI – Summary
• PHYS 10 – Lecture 2 – Describing Motion in One Dimension – Summary
• PHYS 10 – Lecture 3 – Acceleration and Motion Graphs – Summary
• PHYS 10 – Lecture 4 – Free Fall, Projectiles, and Circular Motion – Summary
• PHYS 10 – Lecture 5 – Forces and Newton’s Laws of Motion – Summary
• PHYS 10 – Lecture 6 – Types of Force and Problem-Solving Examples – Summary
• PHYS 10 – Lecture 7 – Timed Assessment Demos (and Astronomy Connection) – Summary
• PHYS 10 – Lecture 8 – Energy I: Work and Kinetic Energy – Summary
• PHYS 10 – Lecture 9 – Energy II: Potential Energy and Conservation of Mechanical Energy – Summary
• PHYS 10 – Lecture 10 – Momentum and Collisions: Energy and Momentum Together – Summary
• PHYS 10 – Lecture 11 – Simple Harmonic Motion and Waves Intro – Summary
• PHYS 10 – Lecture 12 – Standing Waves and Resonance – Summary
• PHYS 10 – Lecture 13 – Rotational Motion, Torque, Angular Momentum, and Precession – Summary
• PHYS 10 – Lecture 14 – Fluids: Density, Pressure, Buoyancy, and Flow – Summary
• PHYS 10 – Lecture 15 – Intermission I: Mechanics Overview and Course Roadmap – Summary
• PHYS 10 – Lecture 16 – Thermal Physics I: Temperature, Heat, and Ideal Gas – Summary
• PHYS 10 – Lecture 17 – Thermal Physics II: Heat Engine Processes and First & Second Laws – Summary
• PHYS 10 – Lecture 18 – Electricity I: Charge, Fields, and Potential – Summary
• PHYS 10 – Lecture 19 – Electricity II: Current, Circuits, and Ohm’s Law – Summary
• PHYS 10 – Lecture 20 – Magnetism: Fields and Forces – Summary
• PHYS 10 – Lecture 21 – Electromagnetic Induction and Motors – Summary
• PHYS 10 – Lecture 22 – Light: Electromagnetic Waves and Geometric Optics – Summary
• PHYS 10 – Lecture 23 – Intermission II: Story of Light – Summary
• PHYS 10 – Lecture 24 – Quantum Nature of Light and Matter – Summary
• PHYS 10 – Lecture 25 – Quantum Mechanical Model of the Atom – Summary
• PHYS 10 – Lecture 26 – Postulates of Special Relativity and Relativity of Simultaneity – Summary
• PHYS 10 – Lecture 27 – Special Relativity II: Time Dilation, Length Contraction, and more – Summary
• PHYS 10 – Lecture 28 – Nuclear Physics I: Radioactivity and Fission – Summary
• PHYS 10 – Lecture 29 – Nuclear Physics II and Particle Physics Foundations – Summary
• PHYS 10 – Lecture 30 – The Standard Model of Particle Physics – Summary

I had this idea near the end of Spring 2026 semester, and I just completed the set for Physics 4A. While overall Google AI isn’t the most competitive product (ChatGPT is smarter, and I hear Claude is better at coding), NotebookLM is quite different. I tried generating similar slides using ChatGPT and Codex, and neither of them can compete with NotebookLM’s version on polish of the generated slide.

Anyways; below are the links to Physics 4A’s 30-lecture summary slide decks.

• PHYS 4A – Lecture 1 – Intro to Physics Problem-Solving – Summary
• PHYS 4A – Lecture 2 – Motion Graphs and Equations – Summary
• PHYS 4A – Lecture 3 – Motion Problem Solving and Projectile Motion – Summary
• PHYS 4A – Lecture 4 – Newton’s Laws of Motion – Summary
• PHYS 4A – Lecture 5 – Types and Examples of Force – Summary
• PHYS 4A – Lecture 6 – Introduction to Standard Strategy – Summary
• PHYS 4A – Lecture 7 – Applications of Standard Strategy 1 – Summary
• PHYS 4A – Lecture 8 – Applications of Standard Strategy 2 – Summary
• PHYS 4A – Lecture 9 – Forces and Motion – Summary
• PHYS 4A – Lecture 10 – Programming for Physics Intro – Summary
• PHYS 4A – Lecture 11 – Intro to Conservation Laws – Summary
• PHYS 4A – Lecture 12 – Work and Energy – Summary
• PHYS 4A – Lecture 13 – Impulse and Momentum – Summary
• PHYS 4A – Lecture 14 – Analyzing Collisions – Summary
• PHYS 4A – Lecture 15 – Mixed Problem Solving Strategies 1 – Summary
• PHYS 4A – Lecture 16 – Intro to Torque and Rotation – Summary
• PHYS 4A – Lecture 17 – Rotational Inertia, Kinetic Energy, and more
• PHYS 4A – Lecture 18 – Optional Rigid Body Motion Topics, including Precession – Summary
• PHYS 4A – Lecture 19 – Static Equilibrium Wrap-Up – Summary
• PHYS 4A – Lecture 20 – Newton’s Law of Universal Gravitation – Summary
• PHYS 4A – Lecture 21 – Mixed Problem Solving Strategies 2 – Summary
• PHYS 4A – Lecture 22 – Optional Topics for Universal Gravitation – Summary
• PHYS 4A – Lecture 23 – Simple Harmonic Oscillator – Summary
• PHYS 4A – Lecture 24 – Beyond the Simple Harmonic Oscillator – Summary
• PHYS 4A – Lecture 25 – Introduction to Waves – Summary
• PHYS 4A – Lecture 26 – Wave Interference Phenomena – Summary
• PHYS 4A – Lecture 27 – Mixed Problem Solving Strategies 3 – Summary
• PHYS 4A – Lecture 28 – Buoyancy Force – Summary
• PHYS 4A – Lecture 29 – Bernoulli’s Principle – Summary
• PHYS 4A – Lecture 30 – Mechanics Wrap-Up – Summary