Search results

Create the page "Finite" on this wiki! See also the search results found.

Page title matches

Page text matches

• Cyclic subgroup
  This is a subgroup, and is Abelian (for finite groups - not sure about infinite)
  580 B (94 words) - 14:12, 12 May 2015
• Greatest common divisor
  Using the [[Well-ordered principle]] (given the set of divisors is a finite set, the set has a maximum element, and the maximum is the same as the {{M|
  1 KB (252 words) - 08:33, 21 May 2015
• Span
  It is very important that only finite linear combinations are in the span. ===Span of a finite set of vectors===
  1,013 B (173 words) - 17:09, 28 May 2015
• External direct sum
  ===Finite=== Given a ''finite'' family of [[Vector space|vector spaces]] ''over the same [[Field|field]]
  3 KB (613 words) - 13:12, 9 June 2015
• Notes:Vector space operations
  | All finite sums from the union of the family of subspaces (inline with Lang's sum) | {{M|\boxplus}} (finite)
  3 KB (489 words) - 20:27, 1 June 2015
• Notes:Tensor product
  There are two. First of all is an arbitrary (finite?) operation {{M|\otimes}} where we define:
  2 KB (460 words) - 10:08, 12 June 2015
• Index of abbreviations
  * "Continuous AA" - means finite no. discontinuities * "Continuous AA" - means finite no. discontinuities
  954 B (158 words) - 22:18, 11 July 2015
• Semi-ring of half-closed-half-open intervals
  ...teq B\big]}}</ref> and {{MSeq|b_i|i|1|n|in=\mathbb{R}|pre=b:=}} be two ''[[finite]]'' {{plural|sequence|s}} of the same length (namely {{M|n\in\mathbb{N} }})
  4 KB (680 words) - 00:23, 20 August 2016
• Index of properties
  ...the ''adjective in the property'', for example: {{Sigma|finite}} is under "finite". ...information, so {{Sigma|finite}} is under finite, but specifically {{Sigma|finite}}
  2 KB (360 words) - 20:43, 15 June 2015
• De Morgan's laws
  ...eck my books - I'm sure it's more general than this (this statement is for finite)}}
  364 B (69 words) - 13:14, 16 June 2015
• Site projects:Patrolling measure theory/Task list
  ...n of subsets is a sigma-algebra iff it is a Dynkin system and closed under finite intersections]]
  5 KB (645 words) - 11:40, 21 August 2016
• Pre-measure/Properties in common with measure
  {{Todo|Be bothered, note the significance of the finite-ness of {{M|A}} - see [[Extended real value]]}}
  1 KB (201 words) - 22:30, 30 March 2016
• Conditions for a Dynkin system to be a sigma-algebra
  ...n of subsets is a sigma-algebra iff it is a Dynkin system and closed under finite intersections|A Dynkin system, {{M|\mathcal{D} }} is a {{sigma|algebra}} ''
  782 B (123 words) - 22:56, 2 August 2015
• D-system
  ...n of subsets is a sigma-algebra iff it is a Dynkin system and closed under finite intersections|A collection of subsets of {{M|X}}, {{M|\mathcal{A} }} is a {
  538 B (84 words) - 15:32, 28 August 2015
• Notes:Lambda calculus
  * ''Atomic constants'': a sequence of expressions again, that may also be finite or empty
  4 KB (832 words) - 21:22, 11 August 2015
• Compactness/Uniting covers proof
  * Every [[Covering|cover]] by sets open in {{M|X}} has a finite subcover. }} ...every covering consisting of open sets of {{M|(X,\mathcal{J})}} contains a finite subcover.
  7 KB (1,411 words) - 19:44, 15 August 2015
• The (pre-)measure of a set is no more than the sum of the (pre-)measures of the elements of a covering for that set
  Suppose that {{MSeq|A_i|i|1|n|in=\mathcal{R} }} is a finite [[sequence]], in this case we shall consider the ''[[countably infinite]]'' ...rove the statement for infinite sequences (as we implicitly associate each finite sequence with the corresponding infinite sequence by the above construction
  4 KB (688 words) - 21:03, 31 July 2016
• P-system
  ...ubsets of {{M|X}}, {{M|P\subseteq\mathcal{P}(X)}} where it is closed under finite intersections<ref name="PAS"/>, that is to say: ...n of subsets is a sigma-algebra iff it is a Dynkin system and closed under finite intersections|A collection of subsets of {{M|X}}, {{M|\mathcal{A} }} is a {
  960 B (158 words) - 15:43, 28 August 2015
• Notes:Spherical coordinates
  .... You can do it in less, but 4 is a very natural number. Notice also it is finite. This means we can do it on a computer!
  10 KB (1,899 words) - 18:48, 23 September 2015
• Linear independence
  * For all finite sums {{M|\sum_i a_iv_i}} with ''distinct'' {{M|v_i\in S}} we have that {{M| * If for all finite sums {{M|\sum_i a_iv_i}} with {{M|v_i\in S}} we have that {{M|1=\sum_i a_iv
  3 KB (605 words) - 21:11, 2 November 2015