Difference between revisions of "Light lab Pchem"

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==Examples==
 
==Examples==
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[[Reduction_of_UV_light_intensity_using_Anti_Fog_Goggles|Reduction of UV light intensity using Anti Fog Goggles]]
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[[Iphone_Flashlight|Light Emission of Iphone Flashlight]]
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[[Reflection_of_Tungsten_Bulb|Reflection of Tungsten Bulb Off of Different Metals]]
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[[Stained_Glass|Transmission of Light Through Stained Glass]]
 
[[Stained_Glass|Transmission of Light Through Stained Glass]]
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[[Red_Versus_Green_Lasers|Red vs Green Lasers Through Filter]]
  
 
[[Sunglasses_UV|Sunglasses blocking UV light]]
 
[[Sunglasses_UV|Sunglasses blocking UV light]]

Latest revision as of 20:59, 31 January 2019

Back to Chem 322

Welcome to the Light lab.

In the introductory chapter we were exposed to a series of experiments that were not appropriately described by the current theory, ie. classical mechanics. These experiments lead to the development of quantum mechanics. Many of these experiments involved "light." In this lab activity we will explore light at a deeper level.

Introduction

- Review of emission spectra using the photodiode array detector, including Rydberg equation.

Examples

Reduction of UV light intensity using Anti Fog Goggles

Light Emission of Iphone Flashlight

Reflection of Tungsten Bulb Off of Different Metals

Transmission of Light Through Stained Glass

Red vs Green Lasers Through Filter

Sunglasses blocking UV light

iPhone Night Shift

Emission Spectra of Different Metals

Submerge Christmas light in liquid nitrogen

Laser cutter emission spectra

Emission intensity of mercury lamp

Laser Through Fluorescence

Dental Filling Curing Device

Excitation-Emission

Riboflavin in Orange Juice

The Transmission of UV Light through Polarized Film

Photochromic Lenses

Comparison of iPhone cameras across multiple generations

Light Emission Range of the iPhone

UV Spectra of Sunscreen