Analysis can be seen as the mathematics of limits. As already indicated, the completeness of real numbers plays a crucial role in this. As a first fundamental consequence of completeness, the intermediate value theorem is proven, which essentially represents a statement about the solvability of equations. To this end, limits and continuity of functions on suitable subsets of \(\mathbb {R}\) or \(\mathbb {C}\) are defined and discussed.

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Basis: Limits, Elementary Functions and Metric Spaces

  • Jürgen Müller

摘要

Analysis can be seen as the mathematics of limits. As already indicated, the completeness of real numbers plays a crucial role in this. As a first fundamental consequence of completeness, the intermediate value theorem is proven, which essentially represents a statement about the solvability of equations. To this end, limits and continuity of functions on suitable subsets of \(\mathbb {R}\) or \(\mathbb {C}\) are defined and discussed.