Exercises
[0VC] Difficulty:**.Let \((X_ i,d_ i)\) be compact metric spaces, for \(iββ\), and choose \(y_{i,k}β X_ i\) for \(i,kββ\). Show that there exists a subsequence \(k_ h\) such that, for every fixed \(i\), \(y_{i,k_ h}\) converges, that is, the limit \(\lim _{hββ} y_{i,k_ h}\) exists.