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| Hi Michael, Thanks for the simple and clear analysis that shows that the only 2 arguments of f(z) are Pi/2 and -Pi/2, where f[z_] := ((z + Conjugate[z])^2 (z - Conjugate[z]))/((z - Conjugate[z])^2 - (z + Conjugate[z])^4) I had... |
| Using shortListOfAssoc = { 1, "b" -> 2|>, 3, "b" -> 4|>, 5, "b" -> 6|>}; I added Timing, AbsoluteTiming, and Repeated timing to the file I uploaded before, TimingExample_1mar24,nb , which is attached. (I also added RepeatedTiming for... |
| I have two questions: (1) In the interface for this community share, next to the "Add Notebook" icon is an icon to add a code sample. When I place my cursor over it, it states "Code Sample Ctrl+K". Please explain exactly how to use this to... |
| The Wolfram Function Repository contains a TruthTable function; see attached file "TruthTable-1-0-0-definition.nb". In addition, I've written my own truthTable module that converts an input Boolean expression into disjunctive normal form (DNF) and... |
| The fruit roll problem: The theoretical probabilities, P, of Winner, Loser, and Try again are: P(W)=5/5^3=1/25=4%, P(L)=(5 * 4 * 3)/5^3=12/25=48%, and P(T)=1-(P(W)+P(L))=1-52%=48%. Attached file FruitRoll\_GDorfman\_9apr22.nb contains two... |
| By playing with a screen image I pasted into a text cell in Mathematica, I found out how to interactively modify the image. When I double click the image a pop-up menu appears below the image that enables me to interactively modify the image. |
| Rohit, Thanks. Gerry |