Question: For trapezoid and Simpson methods, the numerical integration have relative error where is the numerical result using intervals between [0, 1]. (i) Explain the power-law

For trapezoid and Simpson methods, the numerical integration For trapezoid and Simpson methods, the numerical integration have relative error where have relative error is the numerical result using intervals between [0, 1]. (i) Explain the

where power-law scaling with an exponent 1.5 (instead of 2 and 4 as is the numerical result using expected for the trapezoid and Simpson's method, respectively). (ii) How can one intervals between [0, 1].

(i) Explain the power-law scaling with an exponent 1.5 (instead of 2 and 4 as expected for the trapezoid and Simpson's method, respectively).

(ii) How can one circumvent this problem and restore the desired error scaling ?

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