![complex analysis - Applying the residue theorem to calculate the Fourier transform of $\frac{1}{(x-\tau)^k}$ - Mathematics Stack Exchange complex analysis - Applying the residue theorem to calculate the Fourier transform of $\frac{1}{(x-\tau)^k}$ - Mathematics Stack Exchange](https://i.stack.imgur.com/QXjCG.png)
complex analysis - Applying the residue theorem to calculate the Fourier transform of $\frac{1}{(x-\tau)^k}$ - Mathematics Stack Exchange
![SOLVED:Question 3 Prove using Cauchy Residue Theorem that cos(x) 6+1)04+ 9) dx = 8 3 (b) Compute the exact value of the improper integral dx 1+x3 by using Cauchy' $ Residue Theorem: Justify your steps fully. SOLVED:Question 3 Prove using Cauchy Residue Theorem that cos(x) 6+1)04+ 9) dx = 8 3 (b) Compute the exact value of the improper integral dx 1+x3 by using Cauchy' $ Residue Theorem: Justify your steps fully.](https://cdn.numerade.com/ask_images/b479561ea1d1485bb3978dafd6155b80.jpg)
SOLVED:Question 3 Prove using Cauchy Residue Theorem that cos(x) 6+1)04+ 9) dx = 8 3 (b) Compute the exact value of the improper integral dx 1+x3 by using Cauchy' $ Residue Theorem: Justify your steps fully.
![SOLVED:Complex Analysis L4 Compute the following residues f(e) tan ~ at < = 2 f(e) tan ~ at < = 2 f(e) at < = 26 + 1 d. f(e) at < = ~6 + 1 f(e) at < = SOLVED:Complex Analysis L4 Compute the following residues f(e) tan ~ at < = 2 f(e) tan ~ at < = 2 f(e) at < = 26 + 1 d. f(e) at < = ~6 + 1 f(e) at < =](https://cdn.numerade.com/ask_images/4b21dc679dbc43e28d805d6266812f34.jpg)
SOLVED:Complex Analysis L4 Compute the following residues f(e) tan ~ at < = 2 f(e) tan ~ at < = 2 f(e) at < = 26 + 1 d. f(e) at < = ~6 + 1 f(e) at < =
![Using the Residue Theorem for improper integrals involving multiple-valued functions (2/2) - YouTube Using the Residue Theorem for improper integrals involving multiple-valued functions (2/2) - YouTube](https://i.ytimg.com/vi/PJQrTC1jje0/sddefault.jpg)