The function x5e-x* can be written as a Taylor series expanded form: x5e-x1 = ΣΕ k=0 Write a user-defined function file that calculates x5e-x* by using the Taylor Series. For function name and arguments use: y = my_taylor (x, n) The input arguments are the value of 'x' and 'n' the number of terms in the series. Use the function to calculate x = −0.75 using 3 and 8 terms and compare the result by using a built-in function y1 = x³e-x*. Use 12 decimal places. Compute also for the relative percent error. е (−1)k k! -x4k+5

The function x5e-x* can be written as a Taylor series expanded form: x5e-x1 = ΣΕ k=0 Write a user-defined function file that calculates x5e-x* by using the Taylor Series. For function name and arguments use: y = my_taylor (x, n) The input arguments are the value of 'x' and 'n' the number of terms in the series. Use the function to calculate x = −0.75 using 3 and 8 terms and compare the result by using a built-in function y1 = x³e-x*. Use 12 decimal places. Compute also for the relative percent error. е (−1)k k! -x4k+5

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.2: Arithmetic Sequences

Problem 40E

See similar textbooks