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 vpde_errata [2020/04/28 07:42]trinh [Solutions] vpde_errata [2020/04/30 21:43] (current)trinh Both sides previous revision Previous revision 2020/04/30 21:43 trinh 2020/04/28 07:42 trinh [Solutions] 2020/04/13 13:10 trinh 2020/04/09 10:09 trinh [Solutions] 2020/04/09 10:09 trinh 2020/04/04 22:30 trinh [Solutions] 2020/04/04 22:29 trinh 2020/04/04 22:28 trinh 2020/04/04 22:23 trinh [Typed notes] 2020/03/23 10:28 trinh [Typed notes] 2020/03/23 10:27 trinh 2020/03/20 19:24 trinh [Typed notes] 2020/03/16 14:22 trinh 2020/03/12 13:57 trinh 2020/03/04 20:14 trinh 2020/03/04 09:21 trinh [Typed notes] 2020/03/04 09:21 trinh [Typed notes] 2020/03/04 09:20 trinh [Typed notes] 2020/03/04 09:19 trinh 2020/03/04 09:18 trinh created 2020/04/30 21:43 trinh 2020/04/28 07:42 trinh [Solutions] 2020/04/13 13:10 trinh 2020/04/09 10:09 trinh [Solutions] 2020/04/09 10:09 trinh 2020/04/04 22:30 trinh [Solutions] 2020/04/04 22:29 trinh 2020/04/04 22:28 trinh 2020/04/04 22:23 trinh [Typed notes] 2020/03/23 10:28 trinh [Typed notes] 2020/03/23 10:27 trinh 2020/03/20 19:24 trinh [Typed notes] 2020/03/16 14:22 trinh 2020/03/12 13:57 trinh 2020/03/04 20:14 trinh 2020/03/04 09:21 trinh [Typed notes] 2020/03/04 09:21 trinh [Typed notes] 2020/03/04 09:20 trinh [Typed notes] 2020/03/04 09:19 trinh 2020/03/04 09:18 trinh created Line 28: Line 28: ==== Lectures ==== ==== Lectures ==== * Correction to {{ :​ma20223:​ma20223-Week6.pdf |lectures 16}} when I wrote "Is $\exp(\cos x)$ periodic? (No)". Oops. It is periodic. Note that $\exp(f(x+L)) = \exp(f(x))$. A similar gaff appears in the solutions of PS6. * Correction to {{ :​ma20223:​ma20223-Week6.pdf |lectures 16}} when I wrote "Is $\exp(\cos x)$ periodic? (No)". Oops. It is periodic. Note that $\exp(f(x+L)) = \exp(f(x))$. A similar gaff appears in the solutions of PS6. + + ==== Past exams ==== + * 2017-18 exam Q4d. The index should start from $n = 1$ once the $2n+1$ shift is done.