At the x value which is closest to 44, calculate the derivative of f(x) using a suitable second order accurate finite difference method with a) h = 25, b) a different step size. (You should use the same finite difference method in (a) and (b)).Using the values you calculated at parts (a) and (b) apply Richardsonextrapolation to improve your calculation. Consider the data given below:-50-25255075100125F(x)-39-20round(44/10)325+4/5677983At the x value which is closest to 44, calculate the derivative of f(x) using a suitable second orderaccurate finite difference method witha) h = 25, b) a different step size. (You should use the same finitedifference method in (a) and (b)).Using the values you calculated at parts (a) and (b) apply Richardson extrapolation to improve yourcalculation.

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At the x value which is closest to 44, calculate the derivative of f(x) using a suitable second order accurate finite difference method with a) h = 25, b) a different step size. (You should use the same finite difference method in (a) and (b)). Using the values you calculated at parts (a) and (b) apply Richardson extrapolation to improve your calculation.

At the x value which is closest to 44, calculate the derivative of f(x) using a suitable second order accurate finite difference method with a) h = 25, b) a different step size. (You should use the same finite difference method in (a) and (b)). Using the values you calculated at parts (a) and (b) apply Richardson extrapolation to improve your calculation.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 91E

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