- Background theory and instructions for the labs (Wavefunctions and Fourier Series, Electron Diffraction, and Raman Spectroscopy).
- A primer on Python in nanoHUB Jupyter notebooks, so that students can complete their data analysis in the Jupyter notebook, type in the answers to questions, then download and save a pdf of the assignment to turn in.
- Interactive code cells that help visualize new concepts. For example, these notebooks demonstrate how a summation of sine and cosine functions can generate different shape waveforms.
- Example code that leads students through new analysis skills. The previous course (Physical Chemistry CHM37301) assumes no prior exposure to Jupyter notebooks and takes students through all of the basics, in a nicely scaffolded set of lessons.
Instructors can also study the construction of these Jupyter notebooks to see how integration with a GitHub repository can be incorporated in the notebooks, and how the app can save a copy of each lab notebook to the student's personal nanoHUB filespace.
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Tanya Faltens @ on
5.0 out of 5 stars
This is a great teaching package that includes:
- Background theory and instructions for the labs (Wavefunctions and Fourier Series, Electron Diffraction, and Raman Spectroscopy).
- A primer on Python in nanoHUB Jupyter notebooks, so that students can complete their data analysis in the Jupyter notebook, type in the answers to questions, then download and save a pdf of the assignment to turn in.
- Interactive code cells that help visualize new concepts. For example, these notebooks demonstrate how a summation of sine and cosine functions can generate different shape waveforms.
- Example code that leads students through new analysis skills. The previous course (Physical Chemistry CHM37301) assumes no prior exposure to Jupyter notebooks and takes students through all of the basics, in a nicely scaffolded set of lessons.
Instructors can also study the construction of these Jupyter notebooks to see how integration with a GitHub repository can be incorporated in the notebooks, and how the app can save a copy of each lab notebook to the student's personal nanoHUB filespace.
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