THE CONTINUITY AND THE IMPORTANT THEOREMS IN THE TOPOLOGICAL KNOWLEDGE SPACES

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Abstract

In this study my goal is to define the concept of continuity and to uncover its important in the topological knowledge space. Moreover, I introduce pedagogically sound concept of continuity for the topological knowledge structure modeling a students’ learning and the important theorems are proofed. Indeed, some definitions are presented and theorems are proofed. Consequently, it is proofed that in the topological knowledge spaces as a result of continuity well-graded, learning smooth and accessible have been kept in continuity. Thus, a minimal set of requirements for a knowledge structure whose emphasis is the modeling of students' learning can be described as a minimal set of requirements for making up a different knowledge space.

Keywords: Continuity, topological knowledge, topological spaces

REFERENCES

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Published

2021-01-31

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Research Article