Media Summary: example of an anti-reflective coating using thin film interference. Linear polarization and the working principle of LCD. Photoelectric effect and blackbody ratiation as a motivator for quantization of EM energy.

Phys 225 Week 9 2 - Detailed Analysis & Overview

example of an anti-reflective coating using thin film interference. Linear polarization and the working principle of LCD. Photoelectric effect and blackbody ratiation as a motivator for quantization of EM energy. Brief discussion on extending the wave equation to 3D and interpreting the 3D plane wave solution. Circular polarization for light, with development using 1/ Develops the wave equation for sound waves.

Using the result from 1 circular interface for

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PHYS 225 week 9 - 2 thin film interference example
PHYS 225 week 9 - 3 linear polarization
Phys 225 Ch. 9 HW Help 2
PHYS 225 week 11 - 2 The photoelectric effect
PHYS 225 week 2 - 6 3D Wave Equation and the 3D Plane Wave
PHYS 225 week 9 - 4 Circular polarization
PHYS 225 week 9 - 1 Thin film interference
PHYS 225 week 2 - 4 Wave Equation for Sound
PHYS 225 week 10 - 3 lens maker's formula and thin lens formula
Phys 225 Ch. 9 Supplemental HW Help
Phys 225 Unit 2 Practice Problems
Physics 225
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PHYS 225 week 9 - 2 thin film interference example

PHYS 225 week 9 - 2 thin film interference example

example of an anti-reflective coating using thin film interference.

PHYS 225 week 9 - 3 linear polarization

PHYS 225 week 9 - 3 linear polarization

Linear polarization and the working principle of LCD.

Phys 225 Ch. 9 HW Help 2

Phys 225 Ch. 9 HW Help 2

Phys 225

PHYS 225 week 11 - 2 The photoelectric effect

PHYS 225 week 11 - 2 The photoelectric effect

Photoelectric effect and blackbody ratiation as a motivator for quantization of EM energy.

PHYS 225 week 2 - 6 3D Wave Equation and the 3D Plane Wave

PHYS 225 week 2 - 6 3D Wave Equation and the 3D Plane Wave

Brief discussion on extending the wave equation to 3D and interpreting the 3D plane wave solution.

PHYS 225 week 9 - 4 Circular polarization

PHYS 225 week 9 - 4 Circular polarization

Circular polarization for light, with development using 1/

PHYS 225 week 9 - 1 Thin film interference

PHYS 225 week 9 - 1 Thin film interference

Thin film interference.

PHYS 225 week 2 - 4 Wave Equation for Sound

PHYS 225 week 2 - 4 Wave Equation for Sound

Develops the wave equation for sound waves.

PHYS 225 week 10 - 3 lens maker's formula and thin lens formula

PHYS 225 week 10 - 3 lens maker's formula and thin lens formula

Using the result from 1 circular interface for

Phys 225 Ch. 9 Supplemental HW Help

Phys 225 Ch. 9 Supplemental HW Help

Phys 225

Phys 225 Unit 2 Practice Problems

Phys 225 Unit 2 Practice Problems

Phys 225

Physics 225

Physics 225

Physics