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Answer on Linear Algebra Question for john.george.milnor

Question #12465
Prove that set of all sequences that satisfy Hilbert condition form a linear subspace
in R^(inf)
Expert's answer
It sufficient to show that sum of every two such sequences is again the same
Let we have two convergent series Series(|a_n|^2) and
They can be regarded as norm of two elements of infinite
dimensional normed space R^(inf).
Thus as norm has property
||a+b||<=||a||+||b|| then Series(|a_n+b_n|^2) is convergent too,
sequences with property Series(|a_n|^2)<(inf) are subspace in

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