Physics - Thick Lenses (English)

   Wednesday, February 03, 2021   

Starting a new Lecture Notes Series on Physics - Thick Lenses

Youtube Lecture Playlist Credits 

Channel Name: Michel van Biezen

Faculty Name: Michel van Biezen Sir

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Physics - Thick Lenses
By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: The Principal Plane

Lecture 2: The Nodal Points

Lecture 3: The Different Types of Thick Lenses

Lecture 4: The Location of the Principal Planes

Lecture 5: Calculate the Location of the Principal Planes

Lecture 6: The Effective Focal Length

Lecture 7: The Lensmaker's Equation for a Thick Lens in Air

Lecture 8: The Lensmaker's Equation for a Thick Lens in a Medium

Lecture 9: Distance from Object & Image to the Focal Point

Lecture 10: Newton's Lens Equation Graphically

Lecture 11: Thick Lens: Example

Lecture 12: Principal Planes Are Conjugate

Lecture 13: The Effective Focal Length of a Double Lens

Lecture 14: Ray Tracing Through a Thick Lens

Lecture 15: The Transfer Equation

Lecture 16: Refracting Equation Across the Back Boundary

Lecture 17: How Do Refracting and Transfer Equations Work?

Lecture 18: The Matrix Method of Lens Analysis

Lecture 19: The Matrix of the Transfer Equation

Lecture 20: Matrix Format of a Ray Through a Thick Lens

Lecture 21: Example of the Matrix Method

Lecture 22: The System Matrix

Lecture 23: The System Matrix Analyzed

Lecture 24: The System Matrix: Example 1

Lecture 25: Find All 6 Transfer Matrices

Lecture 26: Find All 7 Refracting Matrices

Lecture 27: Calculate (part of) the System Matrix***