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020 _a9780387907062
028 _a:Variety Books Publishers & Distributors
_b:B-10 Street No 2 West Vinod Nagar Delhi 110092
_c:IM2896
_d:10/12/2021
082 _a514.32 REI
100 _aReisel, Robert B
245 _aElementary theory of metric spaces
_b : a course in constructing mathematical proofs
_c/ Robert B Reisel
260 _aNew York
_b: Springer-Verlag,
_c©1982.
300 _a120 pages
_c ; 24 cm
365 _b6652
505 _a 0. Some Ideas of Logic.- I. Sets and Mappings.- 1. Some Concepts of Set Theory.- 2. Some Further Operations on Sets.- 3. Mappings.- 4. Surjective and Injective Mappings.- 5. Bijective Mappings and Inverses.- II. Metric Spaces.- 1. Definition of Metric Space and Some Examples.- 2. Closed and Open Balls; Spheres.- 3. Open Sets.- 4. Closed Sets.- 5. Closure of a Set.- 6. Diameter of a Set; Bounded Sets.- 7. Subspaces of a Metric Space.- 8. Interior of a Set.- 9. Boundary of a Set.- 10. Dense Sets.- 11. Afterword.- III. Mappings of Metric Spaces.- 1. Continuous Mappings.- 2. Continuous Mappings and Subspaces.- 3. Uniform Continuity.- IV. Sequences in Metric Spaces.- 1. Sequences.- 2. Sequences in Metric Spaces.- 3. Cluster Points of a Sequence.- 4. Cauchy Sequences.- 5. Complete Metric Spaces.- V. Connectedness.- 1. Connected Spaces and Sets.- 2. Connected Sets in R.- 3. Mappings of Connected Spaces and Sets.- VI. Compactness.- 1. Compact Spaces and Sets.- 2. Mappings of Compact Spaces.- 3. Sequential Compactness.- 4. Compact Subsets of R.- Afterword.- Appendix M. Mathematical Induction.- Appendix S. Solutions.
520 _aScience students have to spend much of their time learning how to do laboratory work, even if they intend to become theoretical, rather than experimental, scientists. Mathematics students must try to prove results and then have their work criticized by experienced mathematicians.
650 _aMathematics
650 _aTopology
650 _aFunctions of real variables.
650 _aFunctional analysis.
650 _aMetric spaces.
700 _aReisel, Robert B
942 _cMDL