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The new TI-82 Advanced Edition Python
12-15-2023, 01:35 PM (This post was last modified: 12-15-2023 01:37 PM by Eddie W. Shore.)
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RE: The new TI-82 Advanced Edition Python
(12-14-2023 02:53 AM)Namir Wrote:  Well Carey, you and I can start a new TI-82 Advanced Edition club .. just kidding.

I did find a solve() function by scrolling through the catalogue of functions. The syntax for using solve is:

solve(<expressio>,variable name,initial guess)

for example, solve(e^X-3*X^2,X,4) yields 3.773.

Namir

I have a TI-83 CE Premium Python Edition, can I join?

I also frequent TI-Planet (thanks to Google for the translate tool).
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RE: The new TI-82 Advanced Edition Python - Eddie W. Shore - 12-15-2023 01:35 PM



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