Question: Let C denote the circle |z| = 1, taken counterclockwise, and use the following steps to show that (a) By using the Maclaurin series for

Let C denote the circle |z| = 1, taken counterclockwise, and use the following steps to show that

Let C denote the circle |z| = 1, taken counterclockwise,

(a) By using the Maclaurin series for ez and referring to Theorem 1 in Sec. 65, which justifies the term by term integration that is to be used, write the above integral as

Let C denote the circle |z| = 1, taken counterclockwise,

(b) Apply the theorem in Sec. 70 to evaluate the integrals appearing in part (a) to arrive at the desired result.

n! (n1)! 0 z" expl-

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