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You can also use the built-in function Quantile without having to use Solve or FindRoot. m2 = Table[Quantile[StudentTDistribution[0, 1, df], (100 + Vertrauensintervall)/ 200.], {df, 3, 30, 1}, {Vertrauensintervall, {80, 90, 95, 98, 99, 99.73}}]; The result is identical to the one you get using the method suggested by @Sjoerd (to the deafult ...


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Your table can be generated much easier and considerably faster using c = CDF[StudentTDistribution[0, 1, df], a] - CDF[StudentTDistribution[0, 1, df], -a] // FullSimplify m = Table[ a /. FindRoot[c == Vertrauensintervall/100., {a, 0.1}], {df, 3, 30, 1}, {Vertrauensintervall, {80, 90, 95, 98, 99, 99.73}} ]; This exports to a ...


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Export["matrix.csv", m[[All, All, 1, 1, 2]]] should do the trick.



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