Geometrical Optics I - Reflection of Light (English)

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Geometrical Optics I - Reflection of Light By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Geometrical Optics or Ray Optics

Lecture 2: Light Ray and Light Beam

Lecture 3: Reflection of Light

Lecture 4: Laws of Reflection

Lecture 5: Types of Reflections

Lecture 6: Objects & Object Types in Geometrical Optics

Lecture 7: Images & Image Types in Geometrical Optics

Lecture 8: Plane Mirrors

Lecture 9: Properties of Image Formation by a Mirror

Lecture 10: Field of View of Image

Lecture 11: Field of View of an Observer in Plane Mirror

Lecture 12: Minimum Length of Mirror Required to See Self Image

Lecture 13: Effect of Rotation of Object on Image by Plane Mirror

Lecture 14: Effect of Rotation of Mirror on Image

Lecture 15: Image Formation by Multiple Reflection

Lecture 16: Effect of Motion of Object on Image Formed

Lecture 17: Effect of Motion of Mirror on Image Formed in Plane Mirror

Lecture 18: Solved Example-1 on Reflection of Light

Lecture 19: Solved Example-2 on Reflection of Light

Lecture 20: Solved Example-3 on Reflection of Light

Lecture 21: Solved Example-4 on Reflection of Light

Lecture 22: Solved Example-5 on Reflection of Light

Lecture 23: Solved Example-6 on Reflection of Light

Lecture 24: Spherical Mirrors

Lecture 25: Some Definitions About Spherical Mirrors

Lecture 26: Paraxial Incident Rays on Spherical Mirrors

Lecture 27: Reflected Rays Corresponding to Standard Incident Rays

Lecture 28: Relative Position of Images Formed by a Concave Mirror

Lecture 29: Relative Position of Image Formed by a Convex Mirror

Lecture 30: Analysis of Image Formation by Spherical Mirrors

Lecture 31: Mirror Formula and Magnification Formula

Lecture 32: Sign Convention for Mirror Formula

Lecture 33: Solved Example-7

Lecture 34: Solved Example-8

Lecture 35: Solved Example-9

Lecture 36: Solved Example-10

Lecture 37: Solved Example-11

Lecture 38: Solved Example-12

Lecture 39: Longitudinal Magnification by Spherical Mirrors

Lecture 40: Velocity Magnification by Spherical Mirrors