Consider the set of integers with a metric defined by $d(m,n)=|m-n|$.Is this set complete with respect to this metric?
If it is a metric, then I am stuck here. How can a Cauchy sequence have a limit in this set?
Consider the set of integers with a metric defined by $d(m,n)=|m-n|$.Is this set complete with respect to this metric?
If it is a metric, then I am stuck here. How can a Cauchy sequence have a limit in this set?
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Hint: What does $|m-n|<1$ imply for integers $m,n$?
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