Difference between revisions of "PChem322 f20 w4"

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===Section 4.2===
 
===Section 4.2===
 
'''Probably the most important section so far...read and fully understand!'''
 
'''Probably the most important section so far...read and fully understand!'''
 +
:- Particle in a box.
  
 
:[[Media:HW_PIB_wavefunctions.pdf|Howework: Plot PIB Wavefunctions using Mathematica]]
 
:[[Media:HW_PIB_wavefunctions.pdf|Howework: Plot PIB Wavefunctions using Mathematica]]
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==Thurs, Feb 18, 2021==
 
==Thurs, Feb 18, 2021==
 
cont. Chapter 4/5
 
cont. Chapter 4/5
:- Particle in a box.
 
 
 
:[[Media:HW_PIB_energies.pdf|Homework: Plot PIB Energies in Excel]]
 
:[[Media:HW_PIB_energies.pdf|Homework: Plot PIB Energies in Excel]]
  
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==Friday, Feb 19, 2021==
 
==Friday, Feb 19, 2021==
 +
===Sec 4.3===
 +
2D/3D Box
 +
:- Eignefunctions/Wavefunctions
 +
:- Energies
 +
::* Degeneracy 2D/3D (a<sub>x</sub>=a<sub>y</sub>=a<sub>z</sub>)

Latest revision as of 13:39, 24 February 2021

...return to Chem 322 - home

Join Zoom Meeting

Mon, Feb 15, 2021

Chapter 3

Section 3.1

- Postulate 1 - The state of a system is completely defined by the wave equation/function

Section 3.2

- Postulate 2 - Every observable has an operator

Section 3.3

- Postulate 3 - Eigenvalues

Section 3.4

- Postulate 4: Expectation Value

Section 3.5

- Time-dependent Schrodinger Equation

Weds, Feb 17, 2021

Chapter 4

Sec 4.1 - Free particle

Read

Section 4.2

Probably the most important section so far...read and fully understand!

- Particle in a box.
Howework: Plot PIB Wavefunctions using Mathematica

Thurs, Feb 18, 2021

cont. Chapter 4/5

Homework: Plot PIB Energies in Excel
Schrodinger Equation Table

Friday, Feb 19, 2021

Sec 4.3

2D/3D Box

- Eignefunctions/Wavefunctions
- Energies
  • Degeneracy 2D/3D (ax=ay=az)