Derive the integration formula [. "'- JX 2.,T ------dx= .
Chapter 0, Problem 7.31(choose chapter or problem)
Derive the integration formula [. "'- JX 2.,T ------dx= . 0 (x +a)(.\+ b) J3 ;/ii - J/; a - b ((I > I> > 0) using the function - I;.\ t'1l(\1lo;:; /'(::) = __ ._ -- . (:+a)(::+/J) (::. +ti)(::.+ b) (1::.1>0.0 < arg: < 2;r) and a closed contour similar to the one in hg. 110 (Sec. 91 ). but where p < b
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