PRISM COMPLETE CONCEPT & NUMERICALS 🔥| RAY OPTICS-05| CLASS 12 | JEE MAINS | ADV| NEET | తెలుగు లో скачать в хорошем качестве

PRISM COMPLETE CONCEPT & NUMERICALS 🔥| RAY OPTICS-05| CLASS 12 | JEE MAINS | ADV| NEET | తెలుగు లో

In this video, I have explained PRISM from Ray Optics in a complete and conceptual manner, specially designed for IIT-JEE and NEET aspirants. This lecture covers everything you need to know about prisms, starting from basic concepts to advanced numericals, with clear ray diagrams and demonstrations to help you visualize refraction and dispersion inside a prism. 📌 Topics Covered in This Video: 🔹 What is a Prism? 🔹 Refraction through a Prism (Step-by-Step) 🔹 Refractive Index of a Prism 🔹 Angle of Deviation 🔹 Minimum Deviation (Derivation + Concept) 🔹 Maximum Deviation 🔹 Limiting Angles 🔹 Grazing Incidence 🔹 Dispersion of Light through Prism 🔹 Angular Dispersion 🔹 Dispersive Power 🔹 Dispersion without Deviation 🔹 Deviation without Dispersion 🔹 Thin Prism Formula 🔹 Important Numericals for JEE & NEET This lecture is extremely useful for: ✔ Class 11 & 12 Physics ✔ IIT-JEE Main & Advanced ✔ NEET Physics ✔ Conceptual clarity in Ray Optics 📚 I have also solved important numericals that help students build confidence for competitive exams. If you find this video helpful, don’t forget to LIKE 👍 | SHARE 📤 | SUBSCRIBE 🔔 for more high-quality Physics content. If you haven't watched previous videos here are the links    • REFLECTION BY PLANE SURFACES | RAY OPTICS-...      • REFLECTION BY SPHERICAL MIRRORS | RAY OPTI...      • REFRACTION BY  PLANE SURFACES | RAY OPTICS...      • TIR (OPTICAL FIBER & FISH VIEW) | RAY OPTI...      • VARIABLE REFRACTIVE INDEX WITH NUMERICALS ...   TIME STAMPS : 00:00 Glimpse 02:45 What is prism? 06:35 Refractive index of prism 16:15 Minimum deviation 20:05 A Ray of light is incident normally on one of the faces of prism of Apex 30 degrees and n = √2 what is the angle of deviation of the ray? 23:35 Monochromatic light falls on a right angled prism at an angle of incidence 45 degrees the emergent light is found to slide along the phase AC find the refractive index of material of prism 29:55 Deviation by Thin prism 32:45 Figure shows a small angle the prism angles 4 degrees and n= 3/2 a light ray almost normally incident on the prism refracted and false on a vertical mirror as shown find the total deviation of the rain after reflection from the mirror 38:10 Find the coordinates of image of the point object formed after reflection from concave mirror as shown assuming prism to be thin and small in size of prism angle 2 degrees refractive index of prism material is 3 / 2 47:13 Maximum deviation 56:43 Different conditions 01:04:36 Limiting angle 01:10:27 Demonstration 01:13:57 Dispersion of light 01:18:47 Angular dispersion 01:21:38 Dispersive power 01:24:18 Deviation without dispersion(Achromatic Prism) 01:33:12 Dispersion without deviation 01:37:08 A thin prism P1 with angle 4 degrees and made from glass of refractive index 1.54 is combined with another prism P2 made of glass refractive index 1.72 to produce dispersion without deviation the angle of prism P2 is