de Broglie Wavelength L-04 | Matter Waves 🔥 | NEET 2027 Physics | NG Sir

NEET PHYSICS LIVE CLASSES | DUAL NATURE OF RADIATION & MATTER | de BROGLIE WAVELENGTH | NG Sir Welcome to Lecture 04 of Dual Nature of Radiation and Matter for NEET 2027. In this lecture, we will study the de Broglie hypothesis, matter waves, and de Broglie wavelength of moving particles. The concepts are explained from the basics and then applied to important formulas, numerical problems, and NEET-oriented questions. 📚 Topics Covered in This Lecture ✅ de Broglie Hypothesis ✅ Concept of Matter Waves ✅ Wave Nature of Moving Particles ✅ de Broglie Wavelength ✅ λ = h/p ✅ de Broglie Wavelength in terms of Mass & Velocity ✅ λ = h/mv ✅ Relation between Momentum and Wavelength ✅ Relation between Kinetic Energy and de Broglie Wavelength ✅ λ = h/√(2mK) ✅ de Broglie Wavelength of Charged Particles ✅ Particle Accelerated Through a Potential Difference ✅ de Broglie Wavelength of Electron ✅ Comparison of Wavelengths of Different Particles ✅ Important Formula-Based Questions ✅ NEET Level Numericals ✅ Previous Year Questions (PYQs) 🎯 Important Formulae de Broglie Relation: λ = h/p For a non-relativistic particle: λ = h/mv In terms of kinetic energy: λ = h/√(2mK) For a particle of charge q accelerated through potential difference V: λ = h/√(2mqV) These relations are extremely important for solving NEET questions on matter waves and de Broglie wavelength. 🔥 What Will You Learn? By the end of this lecture, you should be able to understand why moving material particles exhibit wave nature, calculate their de Broglie wavelength, and compare the wavelengths of particles with different mass, velocity, momentum and kinetic energy. 📌 Chapter: Dual Nature of Radiation and Matter 📌 Topic: de Broglie Wavelength & Matter Waves 📌 Lecture: 04 📌 Faculty: NG Sir 📌 Target: NEET 2027 📌 Level: Class 12 | NEET | Dropper 🎯 Learning Approach CONCEPT → FORMULA → APPLICATION → NUMERICAL → PYQ → NEET Don’t just memorize λ = h/p—understand how wavelength changes with momentum, mass, velocity and kinetic energy. 👍 Like the video if the lecture helps you. 💬 Comment your doubts and questions. 🔔 Subscribe for upcoming NEET Physics Live Classes with NG Sir. 🔥 Hashtags #deBroglieWavelength #deBroglie #MatterWaves #DualNature #NEET2027 #NEETPhysics #Class12Physics #PhysicsForNEET #NEETPreparation #QuantumPhysics #MatterWave #PhysicsNumericals #NEETPYQ #NGSir #neetacademy DOWNLOAD APP NEET ACADEMY https://play.google.com/store/apps/de... 🌐 Visit:Links website https://www.neetacademy.online/ WHATSAPP CHANNEL NEET ACADEMY whatsapp.com/channel/0029VbBp7lSElagsMnS6RQ45