- Given that et == 0 1a) In Python: - Using the Taylor series given, develop...

 

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- Given that et == 0 1a) In Python: - Using the Taylor series given, develop a tolerance based, recursive, vectorized program which computes the error function er f(x) where = er f(x) = e-dt. 1b) - Plot this function for 0 < x < L, for L, 5, 6. How does changing your tolerance affect these plots? Labels and legends as always for the graphs. 1c) - Can you infer a trend as xco for erf(x)? - Given that et == 0 1a) In Python: - Using the Taylor series given, develop a tolerance based, recursive, vectorized program which computes the error function er f(x) where = er f(x) = e-dt. 1b) - Plot this function for 0 < x < L, for L, 5, 6. How does changing your tolerance affect these plots? Labels and legends as always for the graphs. 1c) - Can you infer a trend as xco for erf(x)?

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