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Post by Admin on Mar 29, 2017 14:55:55 GMT
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Gary
GaryVasco
Posts: 3,352 
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Post by Gary on Apr 18, 2017 21:53:04 GMT
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Gary
GaryVasco
Posts: 3,352
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Post by Gary on Apr 18, 2017 22:04:31 GMT
Vasco,
I have had a look at your solution and I see that I erred in not providing a general solution.
Regarding your solution, if $s = e^{i\frac{2\pi}{3}}$, doesn't $Q_2$ have to be $e^{e^{i\frac{2\pi}{3}t}}$?
In Part (i), line 7, did you mean to write $\mathcal{R} \leq 2\pi$?
Gary
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Post by Admin on Apr 19, 2017 15:26:48 GMT
Gary
Yes I missed out the brackets in the exponents, and that should be $\mathcal{R}\leq \pi$. I will correct and repost.
Vasco
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