Physics Fundamentals: From Newtonian Mechanics to Thermodynamic Systems
Stop chasing disconnected explanations. Build a coherent framework from the ground up.
This course is generated on-demand — tailored to your learning style with podcasts, flashcards, case studies, and assessments.
Want to adjust the focus, depth, or number of modules? You can customize before generating.
30-Day Learning Guarantee — If the course doesn't meet your expectations, we'll refund you. No questions asked.
Course overview
What you'll learn
Most people approach physics fundamentals by jumping between Khan Academy videos, Wikipedia entries, and problem sets without understanding how concepts connect. You memorize F=ma without grasping why inertia matters, or you calculate kinetic energy without seeing its relationship to work and conservation principles. The result: fragmented knowledge that collapses under novel problems. Physics isn't a collection of formulas—it's a logical system where each principle builds on the last, from kinematics through energy conservation to the laws governing heat and entropy.
This course walks you through that system methodically. You'll work through podcast episodes that explore why certain approximations work and when they break down, flashcards drilling the mathematical relationships and conceptual distinctions that matter, case studies showing how these principles explain everything from orbital mechanics to refrigeration cycles, and written assignments where you solve problems and receive AI feedback on both your calculations and your conceptual reasoning. Each module introduces new physics fundamentals while reinforcing what came before, so you're not just memorizing—you're building intuition.
This course is for anyone who needs a structured path through introductory physics: students preparing for exams, engineers brushing up on first principles, or curious learners tired of surface-level explanations. If you want to understand how the physical world actually works—not just pass a test—this is your framework.
Course curriculum
8 modules, designed for mastery
Kinematics: Describing Motion Without Asking Why
~60 minPosition, velocity, acceleration, and the mathematical tools for describing motion in one and two dimensions. You'll learn when to use kinematic equations versus graphical analysis, and why reference frames matter.
Newton's Laws: Force, Mass, and the Causal Structure of Motion
~75 minThe three laws that explain why motion changes: inertia, F=ma, and action-reaction pairs. You'll work through free-body diagrams, normal forces, friction, and tension—building the problem-solving toolkit that carries through all of mechanics.
Energy and Work: The Conservation Principle That Simplifies Everything
~65 minKinetic energy, potential energy, and the work-energy theorem. You'll see why energy methods often solve problems faster than force analysis, and when to apply conservation versus non-conservative forces.
Momentum and Collisions: Conservation in Systems of Objects
~70 minLinear momentum, impulse, and the center of mass framework. You'll analyze elastic and inelastic collisions, understand why momentum is conserved even when energy isn't, and apply these principles to explosions and multi-body systems.
Rotational Motion: Extending Mechanics to Spinning Objects
~80 minAngular kinematics, torque, moment of inertia, and rotational energy. You'll learn the parallel structure between linear and rotational motion, and solve problems involving wheels, pulleys, and rolling objects.
Gravitation: Universal Attraction and Orbital Mechanics
~55 minNewton's law of universal gravitation, gravitational potential energy, and Kepler's laws. You'll calculate orbital velocities, understand why satellites don't fall, and explore the inverse-square relationship that governs planetary motion.
Waves and Oscillations: Periodic Motion and Energy Transfer
~70 minSimple harmonic motion, pendulums, springs, and wave properties (amplitude, frequency, wavelength). You'll see how oscillatory systems store and exchange energy, and understand the mathematics of sinusoidal motion.
Thermodynamics: Heat, Work, and the Laws Governing Energy Flow
~85 minTemperature, heat transfer mechanisms, the first and second laws of thermodynamics, and entropy. You'll analyze heat engines, refrigerators, and why certain processes are irreversible—connecting microscopic behavior to macroscopic observables.
Total estimated time: ~9 hours across 8 modules
Everything you need
Six learning formats, one complete experience
Every module delivers content across multiple formats — each chosen for a specific learning science reason.
AI-Generated Podcasts
Two voices — an expert and a curious learner — break down complex topics in engaging conversations. Listening activates different cognitive pathways than reading, deepening comprehension.
Structured Key Concepts
Clear, pedagogically-framed core knowledge organized for progressive understanding. Each concept builds on the last, creating a coherent mental model.
Real-World Case Studies
Applied examples from actual scenarios show how theory works in practice. Case-based learning bridges the gap between knowing a concept and using it.
Interactive Flashcards
Active recall — testing yourself — is proven to improve retention by 50%+ compared to passive review. Flashcards make retrieval practice effortless.
Quizzes & Assessments
Multiple-choice questions with detailed explanations test understanding and reveal knowledge gaps before you move on. Mastery-based progression ensures nothing is skipped.
Written Assignments
Writing forces deeper processing than multiple choice. Synthesize your learning by applying concepts to realistic scenarios, with instant AI-powered feedback on your analysis.
Built on learning science
Every format is here for a reason
Erudia courses combine five proven learning methods into one seamless experience — so knowledge sticks, not just passes through.
Spaced Exposure
Content revisited across multiple formats — audio, text, flashcards, quizzes — reinforces memory through varied repetition. Each encounter strengthens the neural pathway differently.
Retrieval Practice
Flashcards and assessments force active recall — proven to improve retention by 50%+ versus passive reading. Every quiz is a memory-strengthening event.
Synthesis Through Writing
Written assignments require deeper processing than multiple choice. When you explain a concept in your own words, you discover what you truly understand and what you don't.
Multi-Format Learning
Audio, reading, case studies, and interactive practice mirror how people naturally absorb complex information. Each format activates different cognitive pathways, building richer understanding.
Mastery-Based Progression
You can't skip ahead until you've demonstrated understanding. This isn't arbitrary — it's how lasting learning works. Each module builds on the foundations laid by the previous one.
What learners are saying
Real courses, real feedback
“I expected a surface-level overview, but the course actually got into altitude-specific soil biology, frost-resilient guild planting, and water management for mountain terrain. The case studies were specific enough that I could apply them to my own site. The podcast episodes were perfect for listening while working in the garden.”
Victoire Coustou Hibert
Passionate Gardener · High Altitude Permaculture in Switzerland
“I've read the book twice, so I was skeptical a course could add anything. It did. The module on counter-strategies completely changed how I think about defensive positioning, and the written assignments forced me to actually apply the laws to situations I'm dealing with at work — not just passively absorb them.”
Mauritz Burenius
Author of Never Piss Off HR · The 48 Laws of Power
“This covered territory I haven't seen in any other course — residual valuation models for streaming libraries, probabilistic forecasting for franchise IP, portfolio construction across film, TV, and gaming assets. The quizzes caught gaps in my understanding I didn't know I had. Genuinely useful for anyone working in media finance.”
Andrew Kotliar
Media & Entertainment Finance · Advanced Valuation and Portfolio Management of Media IP
Start learning today
This course is generated on-demand — built for you in approximately 20 minutes.
Want to adjust the focus, depth, or number of modules? You can customize before generating.
30-Day Learning Guarantee — If the course doesn't meet your expectations, we'll refund you. No questions asked.
Single course: €9 · Unlimited access: €19/month
Full course with podcasts, flashcards, case studies & AI-graded assessments
FAQ
Frequently asked questions
Basic algebra and trigonometry are sufficient for most of the course. Calculus concepts appear in a few modules (instantaneous velocity, integration for work), but we introduce them contextually with intuitive explanations. If you know derivatives represent rates of change and integrals represent accumulation, you'll be fine.
Textbooks give you everything; this course gives you the essential framework with active practice built in. You'll encounter the same core physics fundamentals, but structured as a learning path with spaced repetition, conceptual explanations through audio, and immediate feedback on your problem-solving approach—not just whether you got the right answer.
Yes. This course covers the mechanics and thermodynamics foundation that most STEM programs assume you know. You'll build problem-solving skills and conceptual understanding that transfer directly to statics, dynamics, and upper-level physics courses. It won't replace a full calculus-based physics sequence, but it establishes the core principles.
Yes — and often richer than traditional single-format courses. Every course is built from curated web sources and structured using proven pedagogical frameworks: spaced exposure, retrieval practice, and mastery-based progression. A supervisor agent reviews all generated content for accuracy, consistency, and depth before it reaches you. The multi-format approach — podcasts, case studies, flashcards, written assignments with AI feedback — creates a more complete learning experience than most human-created courses that rely on video lectures alone.
Each course is divided into modules that take approximately 45-90 minutes each, depending on topic complexity. You can work through them at your own pace — there are no deadlines. Most learners complete a full course within 1-3 weeks depending on depth and schedule.
Every course includes AI-generated two-voice podcasts, structured key concepts, real-world case studies, interactive flashcards, multiple-choice quizzes, and written assignments with AI-powered feedback. All content is generated specifically for your course topic.
Yes. Erudia is fully responsive and works on any device — phone, tablet, or desktop. Listen to podcasts on the go, review flashcards during a commute, or complete assignments on your laptop. Your progress syncs across all devices.
We offer a 30-day learning guarantee. If you complete a course and don't feel you've genuinely learned something new, we'll refund your purchase — no questions asked. We're that confident in the science behind every course.