Ch11 Dual Nature Of Wave and matter NCERT CBSE Board Theory One Shot Video 1 скачать в хорошем качестве

Ch11 Dual Nature Of Wave and matter NCERT CBSE Board Theory One Shot Video 1

Ch11 Dual Nature Of Wave and matter NCERT CBSE Board Theory One Shot: lass 12 Physics | Chapter 11: Dual Nature of Radiation & Matter | NCERT One Shot Revision | CBSE 2025 Welcome to this complete ONE SHOT theory revision of Chapter 11 – Dual Nature of Radiation and Matter from NCERT Class 12 Physics! In this session, we cover the entire chapter in a simple, conceptual, and exam-oriented manner—perfect for CBSE Board Exam 2025 and competitive exams like JEE, NEET. What’s Covered in This One Shot? ✔ Photoelectric Effect ✔ Einstein’s Photoelectric Equation ✔ Work Function, Threshold Frequency & Stopping Potential ✔ Particle Nature of Light: Photon & its Properties ✔ Wave Nature of Matter: de Broglie Hypothesis ✔ Electron Diffraction Experiment ✔ Applications of de Broglie Wavelength ✔ Important Graphs, Derivations & Formulas ✔ NCERT & CBSE Board Theory Focus Keywords : Dual Nature of Radiation and Matter, Dual Nature Class 12, Class 12 Physics Chapter 11, NCERT Dual Nature, CBSE Class 12 Physics, Photoelectric Effect Class 12, Einstein Photoelectric Equation, de Broglie Wavelength Class 12, Dual Nature One Shot, Class 12 Physics One Shot, CBSE Board Exam 2025 Physics, NCERT Physics Class 12 Chapter 11, Physics theory class 12, Dual Nature full chapter, Dual Nature lecture, Class 12 physics revision, NCERT one shot, Dual Nature notes, Dual Nature explanation, Electron diffraction Class 12 Hashtags #DualNature #Class12Physics #NCERT #CBSE #PhysicsOneShot #PhotoelectricEffect #deBroglieWavelength #BoardExam2025 #NCERTPhysics Time stamp:: 00:00 Photon 00:52 some important definitions 02:21 Photoelectric effect 05:18 Laws of photoelectric effect 09:24 Explanation of laws of photoelectric effect 10:16 Important graphs 11:32 Effect of frequency on stopping potential 13:14 Failure of wave theory to explain photoelectric effect 15:17 de-Broglie hypothesis, de-Broglie wavelength