a) Determine the number M and the interval width h so that the Composite Simpson Rule for 2M subintervals can be used to compute the given integral with an accuracy of 9 x 10-5. 2x b) Evaluate dx using Composite Simpson Rule with an error bound by 9 × 10-5. 1-2x

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ISBN:9780470458365
Author:Erwin Kreyszig
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Math373 Numerical Analysis for Engineering
a) Determine the number M and the interval width h so that the Composite Simpson Rule for
2M subintervals can be used to compute the given integral with an accuracy of 9 x 10-5.
dx
2.x
1
dx using Composite Simpson Rule with an error bound by 9 x 10-5.
1-2x
b) Evaluate
Transcribed Image Text:a) Determine the number M and the interval width h so that the Composite Simpson Rule for 2M subintervals can be used to compute the given integral with an accuracy of 9 x 10-5. dx 2.x 1 dx using Composite Simpson Rule with an error bound by 9 x 10-5. 1-2x b) Evaluate
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