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23 April 2025
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07:04 | User:Leigh.Samphier/Topology/Homeomorphism Preserves Sobriety 5 changes history +1,504 [Leigh.Samphier (5×)] | |||
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07:04 (cur | prev) 0 Leigh.Samphier talk contribs | ||||
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07:01 (cur | prev) +219 Leigh.Samphier talk contribs | ||||
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06:57 (cur | prev) +169 Leigh.Samphier talk contribs | ||||
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06:47 (cur | prev) +192 Leigh.Samphier talk contribs | ||||
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06:39 (cur | prev) +924 Leigh.Samphier talk contribs | ||||
| 05:48 | User:Leigh.Samphier/Topology diffhist +2 Leigh.Samphier talk contribs | ||||
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05:47 | User:Leigh.Samphier/Topology/Homeomorphism Preserves System of Open Neighborhoods 5 changes history +2,945 [Leigh.Samphier (5×)] | |||
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05:47 (cur | prev) +1,565 Leigh.Samphier talk contribs | ||||
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04:48 (cur | prev) +14 Leigh.Samphier talk contribs | ||||
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04:44 (cur | prev) +1,129 Leigh.Samphier talk contribs | ||||
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04:08 (cur | prev) −9 Leigh.Samphier talk contribs | ||||
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04:06 (cur | prev) +246 Leigh.Samphier talk contribs | ||||
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N 05:32 | Basis of Vector Space/Examples/2-Dimensional Space 2 changes history +1,768 [Prime.mover (2×)] | |||
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05:32 (cur | prev) +14 Prime.mover talk contribs | |||
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05:13 (cur | prev) +1,754 Prime.mover talk contribs (Created page with "== Example of Basis of Vector Space == <onlyinclude> Consider a vector space $V$ spanning the plane. Then $2$ arbitrary non-zero non-parallel vectors of $V$ can serve as a basis for $V$. </onlyinclude> == Proof == Let $\mathbf u$ and $\mathb...") | |||
| 05:21 | Category:Finite Dimensional Vector Spaces diffhist +26 Prime.mover talk contribs | ||||
| N 05:21 | Category:Definitions/Finite Dimensional Vector Spaces diffhist +100 Prime.mover talk contribs (Created page with "{{DefinitionCategory|def = Finite Dimensional Vector Space|Dimension of Vector Space|Vector Spaces}}") | ||||
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05:20 | Definition:Dimension of Vector Space/Finite 2 changes history +355 [Prime.mover (2×)] | |||
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05:20 (cur | prev) +39 Prime.mover talk contribs | ||||
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05:19 (cur | prev) +316 Prime.mover talk contribs | ||||
| N 05:19 | Definition:Finite-Dimensional Vector Space diffhist +116 Prime.mover talk contribs (Redirected page to Definition:Dimension of Vector Space/Finite) | ||||
| N 05:19 | Definition:Finite Dimensional Vector Space/Also known as diffhist +778 Prime.mover talk contribs (Created page with "== Finite Dimensional Vector Space: Also known as == <onlyinclude> A '''finite dimensional vector space''' is referred to by some sources with a hyphen, thus: '''finite-dimensional vector space'''. </onlyinclude> == Sources == {{SourceReview}} * {{BookReference|Introduction to Abstract Algebra|1969|C.R.J. Clapham|prev = Definiti...") | ||||
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N 05:13 | Basis of Vector Space/Examples/3-Dimensional Space 5 changes history +1,911 [Prime.mover (5×)] | |||
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05:13 (cur | prev) +108 Prime.mover talk contribs | ||||
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05:02 (cur | prev) +1 Prime.mover talk contribs | |||
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05:02 (cur | prev) +204 Prime.mover talk contribs | ||||
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05:00 (cur | prev) +137 Prime.mover talk contribs | ||||
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04:58 (cur | prev) +1,461 Prime.mover talk contribs (Created page with "== Example of Basis of Vector Space == <onlyinclude> Consider a vector space $V$ spanning ordinary space of $3$ dimensions. Then $3$ arbitrary non-zero non-coplanar vectors of $V$ can serve as a basis f...") | |||
| m 04:38 | Definition:Matroid/Dependent Set diffhist +3 Prime.mover talk contribs | ||||
| 04:38 | Definition:Matroid/Independent Set diffhist +8 Prime.mover talk contribs | ||||
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04:37 | Definition:Independent 2 changes history +344 [Prime.mover; Fake Proof] | |||
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04:37 (cur | prev) +8 Prime.mover talk contribs | |||
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03:21 (cur | prev) +336 Fake Proof talk contribs | ||||
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03:58 | User:Leigh.Samphier/Topology/Equivalence of Definitions of Frame Isomorphism/Definition 1 Implies Definition 2 3 changes history +317 [Leigh.Samphier (3×)] | |||
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03:58 (cur | prev) +216 Leigh.Samphier talk contribs | ||||
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03:53 (cur | prev) +135 Leigh.Samphier talk contribs | ||||
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03:44 (cur | prev) −34 Leigh.Samphier talk contribs | ||||
| 03:14 | User:Fake Proof/Sandbox diffhist −828 Fake Proof talk contribs | ||||
| m 02:23 | Absolute Continuity of Measures is Transitive Relation diffhist −32 Fake Proof talk contribs | ||||
| m 02:22 | Triangle Conjugacy is Mutual diffhist −24 Fake Proof talk contribs | ||||
| m 02:20 | Join Semilattice Ordered Subset Not Always Subsemilattice diffhist +15 Fake Proof talk contribs | ||||
22 April 2025
| 21:45 | Definition:Linear Transformation diffhist −25 In a naturalsnowbuilding talk contribs (I suspect the statement "each of those R-algebraic structure homomorphism is a module" was written in error, and the intended meaning is that the algebraic structures themselves are modules. As such, I removed "homomorphism" and changed the link.) | ||||
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21:39 | User:In a naturalsnowbuilding 4 changes history +36 [In a naturalsnowbuilding (4×)] | |||
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21:39 (cur | prev) +3 In a naturalsnowbuilding talk contribs Tag: Visual edit | |||
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21:38 (cur | prev) +21 In a naturalsnowbuilding talk contribs Tag: Visual edit | |||
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21:36 (cur | prev) +11 In a naturalsnowbuilding talk contribs Tag: Visual edit: Switched | |||
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21:36 (cur | prev) +1 In a naturalsnowbuilding talk contribs | ||||
| m 21:22 | Bases of Vector Space have Equal Cardinality diffhist +49 Prime.mover talk contribs | ||||
| 21:18 | Definition:Schauder Basis/Definition 1 diffhist +30 Prime.mover talk contribs | ||||
| m 21:15 | Basis Theorem diffhist +28 Prime.mover talk contribs | ||||
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21:14 | Expression of Vector as Linear Combination from Basis is Unique 2 changes history +533 [Prime.mover (2×)] | |||
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21:14 (cur | prev) +590 Prime.mover talk contribs | ||||
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21:11 (cur | prev) −57 Prime.mover talk contribs | |||
| m 21:13 | Results concerning Generators and Bases of Vector Spaces diffhist −114 Prime.mover talk contribs | ||||
| m 21:12 | Dimension of Vector Space on Cartesian Product diffhist −53 Prime.mover talk contribs | ||||
| m 21:11 | Dimension of Vector Space of Polynomial Functions diffhist −53 Prime.mover talk contribs | ||||
| m 21:10 | Generator of Vector Space is Basis iff Cardinality equals Dimension diffhist −57 Prime.mover talk contribs | ||||
| m 21:10 | Linearly Independent Set is Contained in some Basis/Finite Dimensional Case/Proof 1 diffhist −5 Prime.mover talk contribs | ||||