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1
What is a metric space ?
2
Can a disk be a square ?
3
Convergence in Rn
4
Rn is complete
5
Multidimensional Bolzano Weierstraß
6
Completion of a metric space
7
Taste of topology: Open Sets
8
What is a closed set ?
9
Can a ball be a sphere?
10
Cantor Intersection Theorem
11
Cantor set
12
Baire Category Theorem
13
Compactness
14
Compactness
15
Properties of Compactness
16
Heine Borel Theorem
17
[a,b] is compact
18
Non Compact set
19
Sequential Compactness
20
Totally Bounded
21
Finite Intersection Property
22
Continuity in Rn
23
Is addition continuous?
24
Continuity in Topology
25
f implies continuous
26
Continuity and Compactness
27
Connectedness
28
R is connected
29
Topologist Sine Curve
30
What is a Homeomorphism
31
UC Berkeley Math PhD Entrance Exam Question
Description:
Explore the fundamental concepts of topology in this comprehensive 10-hour course. Delve into metric spaces, convergence, completeness, open and closed sets, compactness, continuity, and connectedness. Examine intriguing topics like the Cantor set, Baire Category Theorem, and the Topologist Sine Curve. Analyze the Heine Borel Theorem, sequential compactness, and the finite intersection property. Investigate continuity in Rn and topology, and understand homeomorphisms. Conclude with a challenging UC Berkeley Math PhD Entrance Exam question to test your grasp of topological concepts.

Topology

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