Interference of Light (English)

   Saturday, June 27, 2020   

Starting a new Lecture Notes Series on Interference of Light

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Interference of Light By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Nature of Light

Lecture 2: Newton's Corpuscular Theory

Lecture 3: Huygen's Wave Theory

Lecture 4: Huygen's Theory of Wavefront Propagation of Light

Lecture 5: Maxwell's Electromagnetic Theory

Lecture 6: Interference of Light

Lecture 7: Theory of Interference of Two Waves

Lecture 8: Intensity of Light at the Point of Interference

Lecture 9: Interference of Equal Intensity Waves

Lecture 10: Condition of Path Difference for Constructive and Destructive Interference

Lecture 11: Nature of Light and Interference | Solved Example-1

Lecture 12: Nature of Light and Interference | Solved Example-2

Lecture 13: Nature of Light and Interference | Solved Example-3

Lecture 14: Nature of Light and Interference | Solved Example-4

Lecture 15: Young's Double Slit Experiment

Lecture 16: Light Intensity on Screen in YDSE

Lecture 17: Distance of Bright and Dark Fringes in YDSE

Lecture 18: Fringe Width in YDSE

Lecture 19: Nature of Light and Interference | Solved Example-5

Lecture 20: Nature of Light and Interference | Solved Example-6

Lecture 21: Nature of Light and Interference | Solved Example-7

Lecture 22: Solved Example-8 on Interference

Lecture 23: Effect of Changing Direction on Incident Light in YDSE

Lecture 24: Effect Submerging YDSE in a Transparent Media

Lecture 25: Path Difference Between Two Parallel Waves in Denser Medium

Lecture 26: Effect of Placing a Thin Transparent Film in YDSE

Lecture 27: Concept of z-value on YDSE Screen/CD

Lecture 28: Use of White Light in YDSE

Lecture 29: Effect of Changing Slit Width in YDSE

Lecture 30: Fresnel's Biprism as a Limiting Case of YDSE

Lecture 31: Lloyd's Mirror as a Limiting Case of YDSE

Lecture 32: Billet Split Lens as a Limiting Case of YDSE

Lecture 33: Interference of Two Parallel Beams of monochromatic Light

Lecture 34: Shapes of Fringes by Interference due to Difference Sources

Lecture 35: Nature of Light and Interference | Solved Example-9

Lecture 36: Nature of Light and Interference | Solved Example-10

Lecture 37: Nature of Light and Interference | Solved Example-11

Lecture 38: Nature of Light and Interference | Solved Example-12

Lecture 39: Interference | Interference due to Thin Films in Reflected Light

Lecture 40: Interference due to Thin Films in Transmitted Light

Lecture 41: Interference of Reflected Light by a Very Thin Film

Lecture 42: Nature of Light and Interference | Solved Example-13

Lecture 43: Nature of Light and Interference | Solved Example-14

Lecture 44: Nature of Light and Interference | Solved Example-15

Lecture 45: Interference due to Thin Wedge Shaped Film

Lecture 46: Interference by an Air Wedge

Lecture 47: Shape of Interference Fringes in Reflected Light