Difference between revisions of "CHEM 322"

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'''CHEM 322: Physical Chemistry II (Quantum Mechanics)'' 1 course credit
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[[Chem322_S22|Spring 2022]]
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[[Chem322_S21 Spring 2021|Spring 2021]]
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''CHEM 322: Physical Chemistry II (Quantum Mechanics)'' 1 course credit
  
 
A study of quantum mechanics and basic/computation chemistry. Includes a four-hour laboratory each week which emphasizes spectroscopy and related computational approaches to chemical systems.
 
A study of quantum mechanics and basic/computation chemistry. Includes a four-hour laboratory each week which emphasizes spectroscopy and related computational approaches to chemical systems.
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:Textbook:
 
:Textbook:
  
===Laboratory===
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===Laboratory Activities===
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[[Computer_Introduction|Computer Software and Hardware Introduction]]
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[[Blackbody_Radiation_Mathematica|Blackbody Radiation a Mathematica Activity]]
  
 
[[Light_lab_Pchem|Light Lab]]
 
[[Light_lab_Pchem|Light Lab]]
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[[Discrete_Energy_levels_and_Boltzmann_Distribution|Discrete Energy levels and Boltzmann Distribution]]
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[[Linear_Combination_UV-Vis_Colors|Linear Combination UV-Vis Activity]]
  
 
[[Particle_in_a_Box| Particle in a Box Lab]]
 
[[Particle_in_a_Box| Particle in a Box Lab]]
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[[LED_activity|LED Activity]]
  
 
[[Flow_Cell_Lab_Activity|Flow Cell Lab]]
 
[[Flow_Cell_Lab_Activity|Flow Cell Lab]]
  
 
[[Introduction_to_Computation_Chemistry|Introduction to Computation Chemistry]]
 
[[Introduction_to_Computation_Chemistry|Introduction to Computation Chemistry]]
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[[Computational_Chemistry_II|Computational Chemistry II]]
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[[Computational_Chemistry_III| Computational Chemistry - Polyaromatic hydrocarbon radical anions]]
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[[Computational_Projects_01|Computational Projects Spring 2021]]
  
 
[[HCl_Vibrational-Rotational_Spectroscopy|HCl Vibrational-Rotational Spectroscopy]]
 
[[HCl_Vibrational-Rotational_Spectroscopy|HCl Vibrational-Rotational Spectroscopy]]
  
 
===Mathematica Activities===
 
===Mathematica Activities===

Latest revision as of 14:28, 12 January 2022

Spring 2022

Spring 2021

CHEM 322: Physical Chemistry II (Quantum Mechanics) 1 course credit

A study of quantum mechanics and basic/computation chemistry. Includes a four-hour laboratory each week which emphasizes spectroscopy and related computational approaches to chemical systems.

Class/Lecture

Textbook:

Laboratory Activities

Computer Software and Hardware Introduction

Blackbody Radiation a Mathematica Activity

Light Lab

Discrete Energy levels and Boltzmann Distribution

Linear Combination UV-Vis Activity

Particle in a Box Lab

LED Activity

Flow Cell Lab

Introduction to Computation Chemistry

Computational Chemistry II

Computational Chemistry - Polyaromatic hydrocarbon radical anions

Computational Projects Spring 2021

HCl Vibrational-Rotational Spectroscopy

Mathematica Activities