RAY OPTICS LECTURE 23 | LENS : DEVIATION AND DISPLACEMENT METHOD | JEE | NEET | CBSE | NCERT

Geometrical optics with important numerical examples by N.Karim Ex Faculty, Bansal Classes, Kota. RAY OPTICS Geometrical OPTICS SHADOW FORMATION. REFLECTION OF LIGHT VECTOR FORM OF REFLECTION. PLANE MIRROR IMAGE PLOTTING FIELD OF VIEW Important concept of reflection Minimum Height of mirror to see the full image.. Image formation by Parallel & inclined mirrors . Normal & Grazing Incidence Deviations. Velocity of image and object Spherical Mirrors Relation between focal length and Radius of Curvature. Mirror Formula and facts. ERECT AND INVERTED OBJECT IMAGE MAGNIFICATION LATERAL AND SUPERFICIAL. Combination of Spherical mirrors Refraction and Law of refraction. Snells Law. Apparent Depth concept and problems. Refraction through Glass Slab Shift due to Slab Lateral Shift Critical Angle Total Internal Reflection Refraction at spherical surface. Lens formula Lens naker Formula SILVERED LENS CUTTING OF LENS MAGNIFICATION OF LENS PRISM CONDITION FOR NO EMERGENCE MINIMUM DEVIATION in Prism Deviation in Lens Displacement Method RAY OPTICS LECTURE 23 | LENS : DEVIATION AND DISPLACEMENT METHOD | JEE | NEET | CBSE | NCERT | N KARIM https://www.ephysicsworld.com In this video we covered the part of electrostatics in which we describe the Continuous distribution of Charge and Coulombs law ... Now Watch More Video Lectures Please Subscribe Our YouTube Channel & get notification of Latest Uploaded Video Lectures. For any question or suggestion u can drop it on the comment box or can communicate via message through video comment . Online Education Channel for JEE, NEET, CBSE & Foundation Courses. Also on FB page named as Physics Made Easy By Er. Neshat