Question: A question about topology. Let A be a compact subset of a metric space. By using an approach that results in either a nite cover
A question about topology.
Let A be a compact subset of a metric space. By using an approach that results in either a
nite cover or an impossible sequence of points, prove that for every r > 0, there exists a nite
cover of A that consists of open balls with radius r and centres at points in A.
THE QUESTION IS COMPLETE, thank you in advance! ;-)
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