Season 1 Episode
- Season 1 Motion in a Straight Line
- Season 1 Derivatives
- Season 1 Integrals
- Season 1 Vectors and 2D Motion
- Season 1 Newton's Laws
- Season 1 Friction
- Season 1 Uniform Circular Motion
- Season 1 Newtonian Gravity
- Season 1 Work, Energy, and Power
- Season 1 Collisions
- Season 1 Rotational Motion
- Season 1 Torque
- Season 1 Statics
- Season 1 Fluids at Rest
- Season 1 Fluids in Motion
- Season 1 Simple Harmonic Motion
- Season 1 Traveling Waves
- Season 1 Sound
- Season 1 The Physics of Music
- Season 1 Temperature
- Season 1 Kinetic Theory and Phase Changes
- Season 1 The Physics of Heat
- Season 1 Thermodynamics
- Season 1 Engines
- Season 1 Electric Charge
- Season 1 Electric Fields
- Season 1 Voltage, Electric Energy, and Capacitors
- Season 1 Electric Current
- Season 1 DC Resistors & Batteries
- Season 1 Circuit Analysis
- Season 1 Capacitors and Kirchhoff
- Season 1 Magnetism
- Season 1 Ampère's Law
- Season 1 Induction - An Introduction
- Season 1 How Power Gets to Your Home
- Season 1 AC Circuits
- Season 1 Maxwell's Equations
- Season 1 Geometric Optics
- Season 1 Light Is Waves
- Season 1 Spectra Interference
- Season 1 Optical Instruments
- Season 1 Special Relativity
- Season 1 Quantum Mechanics - Part 1
- Season 1 Quantum Mechanics - Part 2
- Season 1 Nuclear Physics
- Season 1 Astrophysics and Cosmology
Crash Course Physics - Season 1 Episode 7 Uniform Circular Motion
0.00 10 minutes Did you know that centrifugal force isn't really a thing? I mean, it's a thing, it's just not real. In fact, physicists call it a "fictitious force." Mind blown yet? To explore this idea further, this week Shini sits down with us to discuss centripetal force, centrifugal force, and a few other bits of physics to help us understand uniform circular motion.
