To try everything Brilliant has to offer—free—for a full 30 days, visit https://brilliant.org/FloatHeadPhysics . You’ll also get 20% off an annual premium subscription. T Shirt Link (Promotional offer): https://floatheadphysics.com/products... Chapters: 00:00 This video goal 01:18 What makes an element Reactive/Noble? 03:22 Whats the most intuitive AND accurate model to use here? 06:23 Why is Helium Noble? 09:01 Why is Neon Noble? 12:12 So, atoms don't really want or desire octet!!! 13:25 Wait, shouldn't Nickel be Noble? 16:16 Why is s orbital lower than p orbital? 20:12 Why is d orbital significantly higher? 22:07 Why is Argon Noble? 24:15 Putting it all together - Where does octet 'rule' come? 27:46 A bigger message of this video Where does the octet rule come from? Why do Noble gases tend to have 8 electrons in it's valence (outermost) shell? What's the intuition behind the 8 valence electrons making elements stable? This video was sponsored by Brilliant
This playlist contains a series of videos that provide an intuitive understanding of general relativity and what space time curvature really means. A lot of this is inspired from the book - "Relativity visualised" by Lewin Epstein.
A rigorous intuitive approach to modern physics without the complex jargons and math. On one extreme, we have videos on these topics targeted at non academic folks. They are oversimplified. On the other extreme, we have rigorous videos meant for undergrad folks. These are too hard to grasp. This playlist aims to bridge this gap.
An in-depth explanation of how currents and voltages are set up in an electric circuit. You will most likely not find this level of explanation in introductory physics. But, I think it's necessary to clear a lot of misconceptions we have about how currents and voltages get set up in a circuit.