Is there a way to compute the n-th symbolic derivative of a function where n is also symbolic?
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Is there a way to compute the n-th symbolic derivative of a function, where n is also a symbolic variable? The following does not seem to work.
syms f(x) x
syms n positive real integer
% Define the function for which you want to find the nth derivative
f(x) = exp(x);
T=diff(f,x,n)
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Paul
2024 年 3 月 17 日
編集済み: Paul
2024 年 3 月 17 日
Hi Matt,
I don't think so, at least not using diff
syms f(x) x
syms n positive real integer
% Define the function for which you want to find the nth derivative
f(x) = exp(x);
This line is telling diff to differentiate first wrt to x and then wrt to n, which is why the result is zero.
T=diff(f,x,n)
Though I suppose one could ask what it means to differentiate wrt to an integer-valued independent variable.
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