We can use the sum of the first n terms of the Taylor series of e^x with a=0 to estimate the value of the exponential function.
Please please please don't copy other solutions with diffrent numbers other than the question please and use python not MATLAB
Question asks for x=15 and x=-15 while n ranging between 1 and 80 so I hope to see these numbers and not other nums. please help with the question as it is I will give you a thumbs up
Question:
We can use the sum of the first n terms of the Taylor series of e^x with a=0 to estimate the value of the exponential function.
Using a logarithmic y axis, plot the fractional error in the estimated ex (compared to numpy.exp(x)) as a function of n (n ranging between 1 and 80) for (a) x = 15 and (b) x = −15. [You can plot the two cases either as different curves on the same plot or in different plots, whichever is clearer.]
Discuss the contributions of truncation and roundoff to the fractional error for the different values of x and n.
Thank you for your help and time!
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