Reflection of Light💥All derivations & Numericals 🎯Part 1/5 Chapter 9 Ray optics 💥 Class 12 Physics скачать в хорошем качестве

Reflection of Light💥All derivations & Numericals 🎯Part 1/5 Chapter 9 Ray optics 💥 Class 12 Physics

Download Arvind Academy app (Google Play) Download Arvind academy app 👉 http://bit.ly/2kTWbkj & See in store section. 12th Physics & Maths 2024 (Direct buy Link) https://arvind.courses.store/327411?u... 12th Physics 2024 (Direct buy Link) https://arvind.courses.store/327438?u... 12th Maths 2024 (Direct buy Link) https://arvind.courses.store/327439?u... Join Free Arvind Academy Telegram Channel 👉https://t.me/arvindacademyyoutube Playlist Chapter 1: Electric Charges & Fields    • Electric Charge💥Basic properties of Charge...   Playlist Chapter 2: Electrostatic Potential & Capacitance    • Potential due to point Charge💥Potential du...   Playlist Chapter 3: Current Electricity    • OHM's Law💥Superconductivity 💥Meissner effe...   Playlist Chapter 4: Moving Charges & Magnetsim    • Biot-Savart's Law💥Current Carrying Loop💥Pa...   Playlist Chapter 5: Magnetism & Matter    • Magnetic Field Lines💥Bar magnet as a Solen...   Playlist Chapter 6: Electromagnetic Induction    • Faraday's Law💥Lenz's Law💥Part 1/3 Chapter ...   Playlist Chapter 7: Alternating Current    • Average & RMS value of AC Current💥Part 1/6...   Playlist Chapter 8: Electromagnetic Waves    • Displacement Current💥Part 1/2 Chapter 8 El...   Playlist Chapter 9: Ray Optics & Optical Instruments    • Reflection of Light💥All derivations & Nume...   CBSE Class 12 Physics NCERT Chapter 9: Ray Optics & Optical Instruments Reflection of Light Laws of Reflection Derivation of Mirror Formula Magnification of Image Terms related to Spherical Mirrors like Centre of Curvature, Radius of curvature, Pole, Linear aperture etc. Uses of Spherical mirrors Concave mirror Convex mirror #rayopticsclass12 #arvindacademy #class12physics #class12physicschapter9 Chap 9 part 1 Ray Optics and Optical Instruments 00:00:00 Introduction 00:09:12 Behaviour of Light at the interface of two media 00:12:05 Laws of reflection of light 00:14:07 Spherical Mirrors 00:15:30 Spherical mirrors are of two types 00:17:18 Definition in Connection with Spherical Mirrors 00:25:40 New cartesian sign Convention for Spherical Mirrors 00:29:23 Relation between f and R 00:35:53 Rules for drawing images formed by Spherical Mirrors 00:39:55 Formation of Images by Concave Mirrors 00:47:01 Formation of an image by Convex Mirror 00:49:30 Mirror formula 00:50:13 Derivation of mirror formula for a concave mirror when it forms a real image 01:02:23 Derivation of mirror formula for a concave mirror when it forms a virtual image 01:02:23 Derivation of mirror formula for a convex mirror 01:03:15 Linear magnification 01:04:33 Derivation of Linear magnification 01:09:12 For your Knowledge 01:11:30 Spherical aberration 01:16:26 Uses of concave mirrors 01:19:05 Uses of Convex mirrors 01:20:12 Uses of parabolic mirrors 01:21:52 Numericals The phenomenon of reflection of light is a fundamental concept in optics. When light encounters a surface, it can bounce back or reflect off the surface. The laws of reflection describe how light behaves during this process. The laws of reflection state the following: The incident ray, the reflected ray, and the normal to the surface at the point of incidence all lie in the same plane. The angle of incidence (θᵢ) is equal to the angle of reflection (θᵣ), measured with respect to the normal. Key terms associated with reflection of light: Incident ray: The ray of light that strikes the surface. Reflected ray: The ray of light that bounces off the surface. Normal: A line perpendicular to the surface at the point where the incident ray strikes it. Angle of incidence: The angle between the incident ray and the normal. Angle of reflection: The angle between the reflected ray and the normal.