Question: a) Let (s n ) (0, +) be a sequence of real numbers. Prove that lim inf (1/s n ) = 1 / (lim sup
a) Let (sn) (0, +) be a sequence of real numbers. Prove that
lim inf (1/sn) = 1 / (lim sup sn)
b) Let (an) (0, 100) be a sequence of real numbers, assuming that there are two subsequences (nk) and (n'k) of the sequence of natural numbers (n) ={1, 2, 3, . . . , }, such that, for all k N, we have that:
an inf{am; m > nk} for all n > nk.
Prove that (an) converges.
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