Mathematics

Mathematics

Problem

Evaluate the definite integral K=∫03∣2x−4∣ e(2x−4)2 dx.K=\int_{0}^{3} \lvert 2x-4\rvert\,e^{(2x-4)^{2}}\,dx. (a) Rewrite KK as the sum of two integrals over subintervals on which 2x−42x-4 keeps a constant sign. (b) Compute the exact value of KK, clearly indicating any changes to the limits of integration that you make. (a) Express KK as the sum of two separate integrals with appropriate limits. (b) Evaluate each integral from part (a) and find the exact value of KK.

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