Difference between revisions of "Site projects:Patrolling topology/Task list"
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===Done=== | ===Done=== | ||
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| + | * [[Topological space]] - '''DONE''' - [[User:Alec|Alec]] ([[User talk:Alec|talk]]) 13:51, 20 April 2016 (UTC) | ||
* [[Topological space/Definition]] - '''DONE''' - [[User:Alec|Alec]] ([[User talk:Alec|talk]]) 11:45, 20 April 2016 (UTC) | * [[Topological space/Definition]] - '''DONE''' - [[User:Alec|Alec]] ([[User talk:Alec|talk]]) 11:45, 20 April 2016 (UTC) | ||
===Marked=== | ===Marked=== | ||
===Not done=== | ===Not done=== | ||
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* [[Basis]] | * [[Basis]] | ||
* [[Basis for a topology]] | * [[Basis for a topology]] | ||
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* [[Subspace topology]] | * [[Subspace topology]] | ||
* [[Topological property theorems]] | * [[Topological property theorems]] | ||
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* [[Topology]] | * [[Topology]] | ||
* [[Topology induced by a metric]] | * [[Topology induced by a metric]] | ||
Revision as of 13:51, 20 April 2016
Done
n=2
- Topological space - DONE - Alec (talk) 13:51, 20 April 2016 (UTC)
- Topological space/Definition - DONE - Alec (talk) 11:45, 20 April 2016 (UTC)
Marked
Not done
n=96
- Basis
- Basis for a topology
- Bounded
- Bounded (linear map)
- Bounded (sequence)
- Bounded (set)
- Bounded linear map
- Bounded sequence
- Bounded set
- Cauchy sequence/Definition
- Cauchy sequence/Short definition
- Characteristic property of the quotient topology
- Circle
- Closed set
- Closure, interior and boundary
- Compact
- Compact-to-Hausdorff theorem
- Compactness
- Compactness/Uniting covers proof
- Complete metric space
- Completeness
- Cone
- Connected space
- Connectedness
- Continuity
- Continuity and non-surjective functions
- Continuity definitions are equivalent
- Continuous
- Continuous function
- Continuous map
- Continuous map/Claim: continuous iff continuous at every point
- Convergence (sequence)
- Convergence of a sequence
- Cover
- Covering
- Covering space
- Differentiation
- Discrete metric
- Discrete metric and topology
- Discrete metric and topology/Metric space definition
- Discrete metric and topology/Summary
- Discrete topology
- Equivalence of Cauchy sequences
- Equivalence of Cauchy sequences/Definition
- Equivalence of Cauchy sequences/Proof
- Every map from a space with the discrete topology is continuous
- Fundamental group
- Hausdorff space
- Homeomorphism
- Homotopic paths
- Homotopy class
- Indiscrete topology
- Template:Inner product and Hilbert spaces navbox
- Interior
- Interior point
- Limit (sequence)
- Limit point
- Lingering sequence
- Mertric subspace
- Metric
- Metric space
- Template:Metric spaces navbox
- Motivation for quotient topology
- Motivation for topology
- Natural projection
- Neighbourhood
- Norm
- Template:Normed and Banach spaces navbox
- Null sequence
- Open and closed maps
- Open ball
- Open balls
- Open cover
- Open covering
- Open set
- Open sets
- Orientable surface
- Paths and loops in a topological space
- Product topology
- Projection
- Projection map
- Quotient (Topology)
- Quotient topology
- Relatively closed
- Relatively open
- Sequential compactness
- Sphere
- Subspace topology
- Topological property theorems
- Topology
- Topology induced by a metric
- Template:Topology navbox
- Topology theorems
- Totally bounded
- Trivial topology
- Types of set algebras
