Theorem (Axioms of an interior): Let (M, d) be a metric space and S,T CM. Then: (1) 0 =0 and M = M. (2) If SST, then S' ST. (3) S is the largest open set in M that contained in S. (4) S is open if, and only if, S = S. (5) S" = S°. (6) (Sn T)'= S' n T". (7) In general, S UT S (SUT), but (S U T) S UT.

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Theorem (Axioms of an interior): Let (M, d) be a metric space and S,T CM. Then:
(1) Ø = 0 and M = M.
(2) If SCT, then S'ST".
(3) S° is the largest open set in M that contained in S.
(4) S is open if, and only if, S = S.
(5) S" = S'.
(6) (Sn T)'= S' n T".
(7) In general, S U TS (SUT)', but (S UT) # SUT.
Transcribed Image Text:Theorem (Axioms of an interior): Let (M, d) be a metric space and S,T CM. Then: (1) Ø = 0 and M = M. (2) If SCT, then S'ST". (3) S° is the largest open set in M that contained in S. (4) S is open if, and only if, S = S. (5) S" = S'. (6) (Sn T)'= S' n T". (7) In general, S U TS (SUT)', but (S UT) # SUT.
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