Find a family $\{I_n\}$ of closed nested intervals, such that no two $I_n$'s are equal and their intersection is $[-2,2]$.
An answer for the same question except for dealing with open nested intervals would also be appreciated.
Find a family $\{I_n\}$ of closed nested intervals, such that no two $I_n$'s are equal and their intersection is $[-2,2]$.
An answer for the same question except for dealing with open nested intervals would also be appreciated.
How about...
$$ I_n=\left[-2-\frac{1}{n},2+\frac{1}{n}\right],\quad n \in \mathbb{N} $$