Post by Admin on Oct 4, 2017 13:38:46 GMT
I have looked again at my solution to this exercise, first posted almost three years ago, and decided to revise it very slightly by moving some of the vertical bars denoting modulus to slightly different positions to make things clearer.
The solution method is the same as before.
It is perhaps worth mentioning that the result obtained in part (iii) is a kind of generalisation of the result obtained in part (ii) (Liouville's Theorem). By setting $n=0$ in the result for part (iii), we rediscover the result for part (ii) (Liouville's Theorem).
Vasco/Admin
The solution method is the same as before.
It is perhaps worth mentioning that the result obtained in part (iii) is a kind of generalisation of the result obtained in part (ii) (Liouville's Theorem). By setting $n=0$ in the result for part (iii), we rediscover the result for part (ii) (Liouville's Theorem).
Vasco/Admin