Let f(x) = 4.4x² (a) Use the Simpson's rule with 2n = 6 subintervals to estimate the value of 24 f(x) dx and round your answer to two decimal points. S6 = (b) Use the error bound formula for Simpson's rule to find the smallest number 2n of subintervals such that S2n is accurate to an of at most 0.1. 2n =

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Let f(x) = 4.4. x4
(a) Use the Simpson's rule with 2n 6 subintervals to estimate the value of
24 f(x) dx and round your answer to two decimal points.
S6
(b) Use the error bound formula for Simpson's rule to find the smallest number 2n of
subintervals such that S2n is accurate to an error of at most 0.1.
2n=
Transcribed Image Text:Let f(x) = 4.4. x4 (a) Use the Simpson's rule with 2n 6 subintervals to estimate the value of 24 f(x) dx and round your answer to two decimal points. S6 (b) Use the error bound formula for Simpson's rule to find the smallest number 2n of subintervals such that S2n is accurate to an error of at most 0.1. 2n=
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