JO 9.) Use residue calculus to derive the following integration formula. You will need to use an indented path for this problem! cos(ax) - cos(bx) dx = = π (b- a) (a ≥ 0,6 ≥ 0) x2 2 0 ing the Laplace Transform.

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JO
9.) Use residue calculus to derive the following integration formula. You
will need to use an indented path for this problem!
cos(ax) - cos(bx) dx = =
π (b- a)
(a ≥ 0,6 ≥ 0)
x2
2
0
ing the Laplace Transform.
Transcribed Image Text:JO 9.) Use residue calculus to derive the following integration formula. You will need to use an indented path for this problem! cos(ax) - cos(bx) dx = = π (b- a) (a ≥ 0,6 ≥ 0) x2 2 0 ing the Laplace Transform.
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