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| Welcome to Wolfram Community! Please make sure you know the rules: https://wolfr.am/READ-1ST Your post is too vague. Please describe your subject extensively providing the details, examples, and other relevant ideas, so it is clear what exactly... |
| Well, you have two tangents f[x_] := (-71/60) x - 14303/30 g[x_] := (1695/676) x + 769463/338 Perpendicular (othogonal) to these are f1[x_, a_] := (60/71) x - 14303/30 + a g1[x_, b_] := -(676/1695) x + 769463/338 + b ... |
| Hi, I tried to do simple code using Mathematica which i'll use later for my mathematics calculation but it seems not like what I expected For[n=1, n |
| Dear friends, I have two data that I use to build the following histogram code: ---------- HistMagEstac = BarChart[{eventosporclasses}, ChartLabels -> Placed[Classes, Below, Rotate[#, Pi/2.4] &], ... |
| I have the followingdp = Quantity[1, "pascal per millimeter"] R = Quantity[10, "millimeters"] \[Mu] = Quantity[1, "millipascal second"] v[z_] := N[1/(4 \[Mu]) (dp)*(z^2 - R^2), 2] But then getting [mcode]In[69]:= v[3 mm] Out[69]= (9.0... |
| there seemed to be an interest in the Game of Life section of my WL Programming Fundamentals tutoria (based on the number of people who viewed my discussion on it - or maybe people were interested in the tutorial itself no way to know) and so i've... |