All public logs
Jump to navigation
Jump to search
Combined display of all available logs of ProofWiki. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).
- 05:45, 10 May 2024 Prime.mover talk contribs created page Category:Beer-Lambert-Bouguer Law (Created page with "{{Result-category}} Category:Optics")
- 05:45, 10 May 2024 Prime.mover talk contribs created page Lambert's Law of Absorption (Redirected page to Beer-Lambert-Bouguer Law) Tag: New redirect
- 05:43, 10 May 2024 Prime.mover talk contribs created page Beer-Lambert-Bouguer Law/Also known as (Created page with "== Beer-Lambert-Bouguer Law: Also known as == <onlyinclude> The '''Beer-Lambert-Bouguer Law''' is also known as: :the '''Lambert-Beer Law''' :'''Beer's Law''' :the '''Beer-Lambert Law''' :'''Lambert's Law of Absorption''' :'''Lambert's Law'''. </onlyinclude> == Sources == * {{BookReference|Differential Equations|1972|George F. Simmons|prev = Temperature of Body under Newton's Law of Cooling|next = Beer-Lambert-Bouguer Law}}: $1$: The Nature...")
- 05:33, 10 May 2024 Prime.mover talk contribs created page Category:Laguerre Polynomials (Created page with "{{SubjectCategory|Laguerre Polynomial}} Category:Laguerre's Differential Equation")
- 05:32, 10 May 2024 Prime.mover talk contribs created page Category:Definitions/Laguerre Polynomials (Created page with "{{DefinitionCategory|def = Laguerre Polynomial|Laguerre's Differential Equation}}")
- 05:32, 10 May 2024 Prime.mover talk contribs created page Definition:Laguerre's Differential Equation/Laguerre Polynomial (Created page with "== Definition == <onlyinclude> The '''Laguerre polynomials''' are the solutions to '''Laguerre's differential equation'''. :$x \dfrac {\d^2 y} {\d x^2} + \paren {1 - x} \dfrac {\d y} {\d x} + \alpha y = 0$ for $\alpha = n$. They are of the form: :$\map {L_n} x = e^x \map {\dfrac {\d^n} {\d x^n} } {x^n e^{-x} }$ </onlyinclude> == Also see...")
- 05:31, 10 May 2024 Prime.mover talk contribs created page Definition:Laguerre Polynomial (Redirected page to Definition:Laguerre's Differential Equation/Laguerre Polynomial) Tag: New redirect
- 05:31, 10 May 2024 Prime.mover talk contribs created page Category:Laguerre's Differential Equation (Created page with "{{SubjectCategory}} Category:Second Order ODEs")
- 05:30, 10 May 2024 Prime.mover talk contribs created page Category:Definitions/Laguerre's Differential Equation (Created page with "{{DefinitionCategory|Second Order ODEs}}")
- 05:28, 10 May 2024 Prime.mover talk contribs created page Definition:Laguerre's Differential Equation (Created page with "== Definition == <onlyinclude> '''Laguerre's differential equation''' is the $2$nd order ODE: :$x \dfrac {\d^2 y} {\d x^2} + \paren {1 - x} \dfrac {\d y} {\d x} + \alpha y = 0$ </onlyinclude> === Laguerre Polynomial === {{:Definition:Laguerre's Differential Equation/Laguerre Polynomial}} == Also s...")
- 05:04, 10 May 2024 Prime.mover talk contribs created page Mathematician:Jenny Boucard (Created page with "== Mathematician == <onlyinclude> Author of: * {{citation|date = 2014|title = Lagrange and the four-square theorem|journal = Lettera Matematica|volume = 2|startpage = 59|endpage = 66|link = https://link.springer.com/article/10.1007/s40329-014-0052-2}} </onlyinclude> Category:Mathematicians")
- 05:02, 10 May 2024 Prime.mover talk contribs created page Book:Journal/Lettera Matematica (Created page with "{{JournalDetail|name = Lettera Matematica|publisher = Springer|start = 2013|end = 2018|link = https://link.springer.com/journal/40329/volumes-and-issues}} * {{citation|author = Jenny Boucard|date = 2014|title = Lagrange and the four-square theorem|volume = 2|startpage = 59|endpage = 66|link = https://link.springer.com/article/10.1007/s40329-014-0052-2}}")
- 00:04, 10 May 2024 Prime.mover talk contribs created page User talk:Michelle Yang (Welcome!)
- 00:04, 10 May 2024 Prime.mover talk contribs created page User:Michelle Yang (Creating user page for new user.)
- 00:04, 10 May 2024 User account Michelle Yang talk contribs was created by Prime.mover talk contribs and password was sent by email
- 00:04, 10 May 2024 Prime.mover talk contribs created page User talk:Kennethw (Welcome!)
- 00:04, 10 May 2024 Prime.mover talk contribs created page User:Kennethw (Creating user page for new user.)
- 00:04, 10 May 2024 User account Kennethw talk contribs was created by Prime.mover talk contribs and password was sent by email
- 00:04, 10 May 2024 Prime.mover talk contribs created page User talk:Andresmr (Welcome!)
- 00:04, 10 May 2024 Prime.mover talk contribs created page User:Andresmr (Creating user page for new user.)
- 00:04, 10 May 2024 User account Andresmr talk contribs was created by Prime.mover talk contribs and password was sent by email
- 00:03, 10 May 2024 Prime.mover talk contribs created page User talk:GeneralBourbaki (Welcome!)
- 00:03, 10 May 2024 Prime.mover talk contribs created page User:GeneralBourbaki (Creating user page for new user.)
- 00:03, 10 May 2024 User account GeneralBourbaki talk contribs was created by Prime.mover talk contribs and password was sent by email
- 22:53, 9 May 2024 Leigh.Samphier talk contribs created page User:Leigh.Samphier/Matroids/Matroid Bases Iff Satisfies Formulation 5 of Matroid Base Axiom/Sufficient Condition (Created page with "{{Proofread}} == Theorem == Let $S$ be a finite set. Let $\mathscr B$ be a non-empty set of subsets of $S$ satisfying formulation $5$ of base axiom: {{:User:Leigh.Samphier/Matroids/Axiom:Base Axiom (Matroid)/Formulation 5}} Then $\mathscr B$ is the set of bases of a ...")
- 22:52, 9 May 2024 Leigh.Samphier talk contribs created page User:Leigh.Samphier/Matroids/Matroid Bases Iff Satisfies Formulation 5 of Matroid Base Axiom/Necessary Condition (Created page with "{{Proofread}} == Theorem == Let $M = \struct {S, \mathscr I}$ be a matroid. Let $\mathscr B$ be the set of bases of the matroid $M$. Then $\mathscr B$ satisfies formulation $ of base axiom: {{:User:Leigh.Samphier/Matroids/Axiom:Base Axiom (Matroid)/Formulation 5}} == Proof == <onlyinclude> </onlyinclude>{{qed}} [...")
- 19:14, 9 May 2024 Hbghlyj talk contribs created page File:LorDeltaSequence2.png
- 19:14, 9 May 2024 Hbghlyj talk contribs uploaded File:LorDeltaSequence2.png
- 19:04, 9 May 2024 Hbghlyj talk contribs created page N over 2 times Reciprocal of 1 Plus n Squared x Squared to the Power of 3/2 Delta Sequence (Created page with "== Theorem == <onlyinclude> Let $\sequence {\map {\delta_n} x}$ be a sequence such that: :$\ds \map {\delta_n} x := \frac n 2 \frac 1 {\paren{1 + n^2 x^2}^{3 / 2} }$ Then $\sequence {\map {\delta_n} x}_{n \mathop \in {\N_{>0} } }$ is a delta sequence. That is, in the distributional sense it holds that: :$\ds \lim_{n \mathop \to \infty} \map {\delta_n} x = \map \delta x$ or :$\ds \lim_{n \m...")
- 11:53, 9 May 2024 Prime.mover talk contribs deleted page Lagrange's Four Square Theorem/Historical Note/Mistake (no mistake)
- 11:45, 9 May 2024 Prime.mover talk contribs created page Mathematician:J.-L. Lagrange (Redirected page to Mathematician:Joseph Louis Lagrange) Tag: New redirect
- 10:10, 9 May 2024 Prime.mover talk contribs created page Category:Urns (Created page with "{{SubjectCategory|Urn}} Category:Probability Theory")
- 10:10, 9 May 2024 Prime.mover talk contribs created page Category:Definitions/Urns (Created page with "{{DefinitionCategory|def = Urn|Probability Theory}}")
- 09:56, 9 May 2024 Prime.mover talk contribs created page Euler-Lagrange Equation for Conservative System (Created page with "== Theorem == <onlyinclude> Let $P$ be a conservative system composed of $n \in \N$ particles. The Euler-Lagrange equation for $P$ is given by: :$\map {\dfrac \d {\d t} } {\dfrac {\partial L} {\partial \dot q_j} } - \dfrac {\partial \L} {\partial q_j} = 0$ where: :$L$ denotes the Lagrangian of $P$ :$q_j$ denotes the...")
- 09:42, 9 May 2024 Prime.mover talk contribs created page Definition:Lagrangian Function (Redirected page to Definition:Lagrangian) Tag: New redirect
- 09:41, 9 May 2024 Prime.mover talk contribs created page Definition:Lagrangian/Also known as (Created page with "== Lagrangian: Also known as == <onlyinclude> A '''Lagrangian''' is also known as a '''Lagrangian function'''. </onlyinclude> == Sources == * {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition|prev = Group has Subgroups of All Prime Power Factors|next = Definition:Lagrangian|entry = Lagrangian function}} * {{BookReference|The Pen...")
- 09:14, 9 May 2024 Prime.mover talk contribs created page Category:Lagrangians (Created page with "{{SubjectCategory|Lagrangian}} Category:Lagrangian Mechanics Category:Physics Category:Applied Mathematics")
- 09:14, 9 May 2024 Prime.mover talk contribs created page Category:Definitions/Lagrangians (Created page with "{{DefinitionCategory|def = Lagrangian|Lagrangian Mechanics|Physics|Applied Mathematics}}")
- 08:39, 9 May 2024 Prime.mover talk contribs created page Definition:Order of Structure/Notation (Created page with "== Order of Structure: Notation == <onlyinclude> Some sources use $\map o S$ for the order of $S$, but this has problems of ambiguity with other uses of $\map o n$. (See little-o notation.) </onlyinclude> == Sources == {{SourceReview}} * {{BookReference|Introduction to the Theory of Finite Groups|1964|Walter Ledermann|ed = 5th|edpage = Fifth Edition|prev = Definition:Order of Structure/Also defined as...")
- 08:38, 9 May 2024 Prime.mover talk contribs created page Definition:Order of Structure/Also defined as (Created page with "== Order of Structure: Also defined as == <onlyinclude> Some sources do not define the '''order of a structure''' for an underlying set of infinite cardinality, restricting themselves to the finite case. </onlyinclude> == Sources == * {{BookReference|Introduction to the Theory of Finite Groups|1964|W...")
- 07:49, 9 May 2024 Prime.mover talk contribs created page Lagrange's Four Square Theorem/Examples/59 (Created page with "== Example of Use of Lagrange's Four Square Theorem == <onlyinclude> $59$ can be expressed as the sum of $4$ squares thus: {{begin-eqn}} {{eqn | l = 59 | r = 7^2 + 3^2 + 1^2 + 0^2 }} {{eqn | r = 5^2 + 5^2 + 3^2 + 0^2 }} {{eqn | r = 5^2 + 4^2 + 3^2 + 3^2 }} {{end-eqn}} </onlyinclude> == Sources == * {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition...")
- 07:44, 9 May 2024 Prime.mover talk contribs created page Lagrange's Four Square Theorem/Examples/23 (Created page with "== Example of Use of Lagrange's Four Square Theorem == <onlyinclude> $23$ can be expressed as the sum of $4$ squares thus: :$23 = 3^2 + 3^2 + 2^2 + 1^2$ </onlyinclude> == Sources == * {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition|prev = Lagrange's Four Square Theorem/Examples/1|next = Lagrange's Four Square Theorem/Examples/59|entry = Lagrange's the...")
- 07:42, 9 May 2024 Prime.mover talk contribs created page Lagrange's Four Square Theorem/Examples/1 (Created page with "== Example of Use of Lagrange's Four Square Theorem == <onlyinclude> $1$ can be trivially expressed as the sum of $4$ squares: :$1 = 1^2 + 0^2 + 0^2 + 0^2$ </onlyinclude> == Sources == * {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition|prev = Lagrange's Four Square Theorem/Historical Note/Mistake|next = Lagrange's Four Square Theorem/Examples/23|entry...")
- 07:27, 9 May 2024 Prime.mover talk contribs created page Category:Examples of Use of Lagrange's Four Square Theorem (Created page with "{{ExampleCategory|result = Lagrange's Four Square Theorem}} Category:Lagrange's Four Square Theorem")
- 07:27, 9 May 2024 Prime.mover talk contribs created page Lagrange's Four Square Theorem/Examples (Created page with "== Examples of Use of Lagrange's Four Square Theorem == <onlyinclude> === Example: Lagrange's Four Square Theorem/Examples/1|Example: $1$$ === {{:Lagrange's Four Square Theorem/Examples/1}} === Example: $ === {{:Lagrange's Four Square Theorem/Examples/23}} === Example: $ === {{:Lagrange's Four Square Theorem/Examples/59}}</onlyinclude> Category:Examples of Use of Lagran...")
- 07:26, 9 May 2024 Prime.mover talk contribs created page Lagrange's Four Square Theorem/Historical Note/Mistake (Created page with "== Source Work == {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition}} {{BookReference|The Penguin Dictionary of Mathematics|2008|David Nelson|ed = 4th|edpage = Fourth Edition}}: :'''Lagrange's theorem 1.''' (J.L. Lagrange, 1772) == Mistake == <onlyinclude> :'''Lagrange's theorem 1.''' (J.L. Lagrange, 1772) </onlyinclude> == Correction == The year in which {{AuthorRef|Joseph Louis Lagrange}} proved the Four Sq...")
- 06:49, 9 May 2024 Prime.mover talk contribs created page Equivalence of Formulations of Lagrange Interpolation Formula (Created page with "== Theorem == {{TFAE}} === Formulation Lagrange Interpolation Formula/Formulation 1|Formulation $1$$ === {{:Lagrange Interpolation Formula/Formulation 1}} === Formulation $ === {{:Lagrange Interpolation Formula/Formulation 1}} == Proof == {{ProofWanted}} == Sources == * {{BookReference|The Penguin Dictionary of Mathematics|1998|David Nelson|ed = 2nd|edpage = Second Edition|prev = Lagrange Interpolation Formula/Formulation...")
- 06:41, 9 May 2024 Prime.mover talk contribs created page Lagrange Interpolation Formula/Formulation 2 (Created page with "== Theorem == <onlyinclude> Let $f \R \to \R$ be a real function. Let $f$ have known values $y_i = \map f {x_i}$ for $n \in \set {0, 1, \ldots, n}$. Let a value $y' = \map f {x'}$ be required to be estimated at some $x'$. Then: {{begin-eqn}} {{eqn | l = y' | o = \approx | r = \dfrac {y_1 \paren {x' - x_2} \paren {x' - x_3} \cdots \paren...")
- 17:56, 8 May 2024 Prime.mover talk contribs created page Definition:Lagrange Method of Multipliers (Redirected page to Definition:Lagrange's Method of Multipliers) Tag: New redirect
- 17:53, 8 May 2024 Prime.mover talk contribs created page Lagrange Interpolation Formula/Formulation 1 (Created page with "{{MissingLinks}} == Theorem == <onlyinclude> Let $\tuple {x_0, \ldots, x_n}$ and $\tuple {a_0, \ldots, a_n}$ be ordered tuples of real numbers such that $x_i \ne x_j$ for $i \ne j$. Then there exists a unique polynomial $P \in \R \sqbrk X$ of degree at most $n$ such that: :$\map P {x_i} = a_i$ for all $i \in \set {...")