Bohr’s Model Simplified: How to derive the Radius & Velocity of an Electron in a Hydrogen Atom скачать в хорошем качестве

Bohr’s Model Simplified: How to derive the Radius & Velocity of an Electron in a Hydrogen Atom

Welcome to this focused lesson on Bohr’s Model of the Atom! In this video, I dive straight into the derivations of the equations for the radius and velocity of an electron in Bohr’s model. Step by step, I simplify the concepts and mathematical processes to make them easy to understand for students preparing for exams or just looking to deepen their knowledge of atomic physics. If you’ve ever struggled with deriving these key formulas, this video is for you! 📌 What You’ll Learn: • How to derive the equation for the radius of an electron in a circular orbit. • The step-by-step process to calculate the velocity of an electron in Bohr’s model. This lesson is perfect for JAMB, university-level physics, or anyone brushing up on the foundations of quantum physics. 📖 Don’t forget to subscribe for more physics content like this! #PhysicsMadeSimple #BohrsModel #AtomicPhysics #FOTTutorial #JAMBPhysics #UTME #waec