Chapter 6 numerical integration Consider the step size h = 0.1 and h = 0.001, how does the step size affect the accuracy in estimating the first order derivative of ƒ(x)= Ae* + Bxr² sin x, difference?...

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Chapter 6 numerical integration<br>Consider the step size h = 0.1 and h = 0.001, how does the step size affect the accuracy in<br>estimating the first order derivative of ƒ(x)= Ae* + Bxr² sin x,<br>difference?<br>at x = 0.25 using 3-point central<br>Note that the values of A = 82 B = 16.4<br>

Extracted text: Chapter 6 numerical integration Consider the step size h = 0.1 and h = 0.001, how does the step size affect the accuracy in estimating the first order derivative of ƒ(x)= Ae* + Bxr² sin x, difference? at x = 0.25 using 3-point central Note that the values of A = 82 B = 16.4

Jun 05, 2022

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Chapter 6 numerical integration Consider the step size h = 0.1 and h = 0.001, how does the step size affect the accuracy in estimating the first order derivative of ƒ(x)= Ae* + Bxr² sin x, difference?...

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