Eigenvalues for particle in finite square well

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SUMMARY

This discussion focuses on solving the one-dimensional time-independent Schrödinger equation for a finite square well using Microsoft Excel. The user, Joel, seeks guidance on how to compute and graph normalized wavefunctions and probability distributions while selecting specific parameters such as mass (m), length of the well (L), and potential energy (Vo) to derive four energy eigenvalues. The conversation emphasizes the importance of presenting a clear attempt at a solution as part of the homework requirements.

PREREQUISITES
  • Understanding of the time-independent Schrödinger equation
  • Familiarity with finite square well potential
  • Proficiency in Microsoft Excel for data analysis and graphing
  • Knowledge of quantum mechanics concepts such as wavefunctions and eigenvalues
NEXT STEPS
  • Learn how to implement the Schrödinger equation in Microsoft Excel
  • Research methods for graphing normalized wavefunctions in Excel
  • Study the calculation of energy eigenvalues for finite square wells
  • Explore probability distribution functions in quantum mechanics
USEFUL FOR

Physics students, educators, and anyone interested in applying quantum mechanics concepts using Microsoft Excel for computational analysis and visualization.

poder17
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I am a second year physics student and have been set a homework assignment to solve a one dimensional time independent Schrödinger equation in a finite square well using microsoft excel.
I understand the physics behind the situation but am not exactly sure how to use microsoft excel to solve the equation.
I need to present graphs of the normalised wavefunctions and the corresponding probability distributions.
I need to chose my own m (mass), L (length of well) and Vo so that there are four energy eigenvalues and then calculate and show these values.
Anyone who could help shed some light on this, your help would be greatly appreciaeted.

Thanks,
Joel
 
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put this in physics homework questions instead, and you will need to show an attempt at a solution.
 

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