User contributions for Grambottle
Jump to navigation
Jump to search
14 January 2017
- 21:0621:06, 14 January 2017 diff hist −507 m User:Grambottle No edit summary current
3 February 2009
- 18:2918:29, 3 February 2009 diff hist +151 User:Grambottle No edit summary
22 December 2008
- 05:0705:07, 22 December 2008 diff hist +29 Talk:Degree of Field Extensions is Multiplicative No edit summary
21 December 2008
- 19:4519:45, 21 December 2008 diff hist +16 Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism fixed field--> division ring, along with the link
- 19:4319:43, 21 December 2008 diff hist 0 m Ideals of Division Ring fixed typo
- 15:4715:47, 21 December 2008 diff hist +506 Definition talk:Homomorphism (Abstract Algebra) No edit summary
- 15:4315:43, 21 December 2008 diff hist 0 Definition:Homomorphism (Abstract Algebra) changed symbol for identity
20 December 2008
- 16:2416:24, 20 December 2008 diff hist +651 Talk:Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism No edit summary
- 16:1516:15, 20 December 2008 diff hist +427 Definition talk:Homomorphism (Abstract Algebra) No edit summary
- 15:5815:58, 20 December 2008 diff hist +11 Definition:Transcendental (Abstract Algebra) Fixed error
19 December 2008
- 22:0622:06, 19 December 2008 diff hist −3 m Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism Last edit, srsly!
- 22:0422:04, 19 December 2008 diff hist +8 m Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism No edit summary
- 22:0422:04, 19 December 2008 diff hist +540 Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism No edit summary
- 21:1021:10, 19 December 2008 diff hist +321 N Ring Homomorphism from Division Ring is Monomorphism or Zero Homomorphism New page: Let <math>\left({R_1, +_R, \cdot; \le_1}\right)</math> and <math>\left({S, +_S, *}\right)</math> be rings, <math>\varphi :R\rightarrow S</math> a [[Definition:Homomorphism#Ring Homomorphis...
- 17:5517:55, 19 December 2008 diff hist −5 m Definition:Homomorphism (Abstract Algebra) →F-Homomorphism
- 17:3917:39, 19 December 2008 diff hist +11 m Definition:Homomorphism (Abstract Algebra) No edit summary
- 17:3717:37, 19 December 2008 diff hist +139 Definition:Homomorphism (Abstract Algebra) →F-Homomorphism: Added F-isomorphisms, notation
- 16:3616:36, 19 December 2008 diff hist −73 Definition:Transcendental (Abstract Algebra) Deleted comments about "convention"
- 15:4315:43, 19 December 2008 diff hist −7 m Definition:Transcendental (Abstract Algebra) →Fields
- 15:2715:27, 19 December 2008 diff hist +319 Definition:Homomorphism (Abstract Algebra) Added F-homomorphisms.
- 15:2015:20, 19 December 2008 diff hist +583 Symbols:Greek Added the lowercase variants, a few descriptions.
- 14:5614:56, 19 December 2008 diff hist +224 N Definition:Simple Field Extension New page: Let <math>E/F</math> be a field extension. Then we say <math>E</math> is a ''simple extension over <math>F</math>'' if <math>E = F(\alpha)</math> for some <math>\alpha \in E</math>. [[Ca...
18 December 2008
- 07:3307:33, 18 December 2008 diff hist +19 m Degree of Field Extensions is Multiplicative No edit summary
- 07:3207:32, 18 December 2008 diff hist +133 Definition:Generator →Generator of a Module: Clarified when the word "Span" is used.
- 07:2707:27, 18 December 2008 diff hist +2,430 N Degree of Field Extensions is Multiplicative Full proof in one go. Phew! A very fundamental result in Field Theory.
- 06:4206:42, 18 December 2008 diff hist +147 User:Grambottle No edit summary
- 05:4105:41, 18 December 2008 diff hist +730 Definition:Field Extension refined definition
- 05:2105:21, 18 December 2008 diff hist +207 N Definition:Field Extension New page: Let <math>F</math> be a field. Then a field <math>E</math> is said to be a ''field extension of'' <math>F</math> if <math> F \subseteq E</math> [[Category:Definition...
- 05:1305:13, 18 December 2008 diff hist +399 Prime Number iff Generates Principal Maximal Ideal Completed the second part of the proof.
- 03:4203:42, 18 December 2008 diff hist +205 Talk:Derivative of Exponential Function →Question
17 December 2008
- 17:3517:35, 17 December 2008 diff hist +142 N Talk:Quotient of Sylow P-Subgroup New page: Someone want to quickly show that PN is a p-subgroup of G/N? I gotta pack. :P --~~~~
- 17:3417:34, 17 December 2008 diff hist +46 Quotient of Sylow P-Subgroup Explained the first step by the Second Isomorphism Theorem.
- 16:1416:14, 17 December 2008 diff hist +55 User:Grambottle No edit summary
- 16:0316:03, 17 December 2008 diff hist +185 User talk:Grambottle No edit summary
- 07:1907:19, 17 December 2008 diff hist 0 User talk:Grambottle No edit summary
- 07:1007:10, 17 December 2008 diff hist +68 m Talk:Derivative of Exponential Function No edit summary
- 06:5606:56, 17 December 2008 diff hist +1,171 User talk:Grambottle No edit summary
- 00:4300:43, 17 December 2008 diff hist +35 Epimorphism from Integers to Cyclic Group Theorem is only true for countable cyclic groups. Not true for G=<math>\mathbb{R}</math>, for example.
- 00:4200:42, 17 December 2008 diff hist +102 Definition:Countable Set Clarified article. Now allows a countable set to be finite or infinite. Also now describes uncountably infinite.
- 00:3000:30, 17 December 2008 diff hist +1 m Sum of Floor and Floor of Negative Contributor forgot a minus sign.
8 May 2008
- 04:5004:50, 8 May 2008 diff hist +113 N Category:Category Theory New page: <center> {| width="60%" style="border:1px solid black" | <inputbox> type=create width=42 </inputbox> |} </center>
- 04:5004:50, 8 May 2008 diff hist +113 N Category:Algebra New page: <center> {| width="60%" style="border:1px solid black" | <inputbox> type=create width=42 </inputbox> |} </center>
- 04:4504:45, 8 May 2008 diff hist +471 N First Isomorphism Theorem Creation of page; theorem stated
- 04:3704:37, 8 May 2008 diff hist +26 Nm User talk:Tysondavis7 New page: tell your mom I said hi :P current
- 04:3304:33, 8 May 2008 diff hist +1,404 Lagrange's Theorem (Group Theory) I pretty much did up the whole page as is, minus most of the theorem statement of Lagrange's Theorem.
28 April 2008
- 00:4900:49, 28 April 2008 diff hist +46 Derivative of Exponential Function No edit summary
- 00:1300:13, 28 April 2008 diff hist +2 m Sum of Sequence of Cubes No edit summary
- 00:1300:13, 28 April 2008 diff hist +28 Sum of Sequence of Cubes No edit summary
- 00:1200:12, 28 April 2008 diff hist −64 Sum of Sequence of Cubes No edit summary
27 April 2008
- 22:3822:38, 27 April 2008 diff hist 0 m 0.999...=1 No edit summary