Difference between revisions of "Cedars Math:Computer and Python"
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*Handout: [https://www.rasmusen.org/special/Cedars_School/03.01b_Anaconda_Python_handout.pdf "Notes on Installing Anaconda Python"] | *Handout: [https://www.rasmusen.org/special/Cedars_School/03.01b_Anaconda_Python_handout.pdf "Notes on Installing Anaconda Python"] | ||
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| + | *Handout:[https://www.rasmusen.org/special/Cedars_School/03.03_Latex_rotating_symbols.pdf Rotating Symbols in Latex, and How to Find A Computer Command You Don't Know.] | ||
Latest revision as of 16:58, 30 April 2026
- Python Code
print("Buddhist code.")
x = 4
item=1
while x<6:
print("Glory to God in the highest!",item)
item = item +1
print ("The End.")
- Zoom lecture on Python plotting.
- I've written up a handout of some Python code for testing divisibility by 2,3,5, and 7. Its purpose is to illustrate how one has to write up instructions for a computer carefully and clearly.
- The Python code by Professor Connell to test the Polya Conjecture.
- Handout: "Notes on LaTeX"