Search for "Equations" in article titles:

1. Equations: An equation is basically a math statement with an equal sign in the middle, for instance: In algebra, equations often include variables: We are often asked to simplify or solve them. They are similar but completely different things. [100%] 2024-01-19 [Algebra]
2. Differential Equations: A differential equation is an equation where a given function and an order of its derivative are in some way added or multiplied together in the same equation. The following categories should help in learning more about different types of ... [70%] 2024-01-26 [Differential equations]
3. Differential Equations: A differential equation is an equation where a given function and an order of its derivative are in some way added or multiplied together in the same equation. The following categories should help in learning more about different types of ... [70%] 2023-12-29 [Differential equations]
4. Auto-Latex Equations: Auto-Latex Equations is a Google Docs add-on that allows any Google Docs user to type mathematical equations inside their documents. Auto-Latex Equations uses MathJax and LaTeX-style syntax and functions similar to the Art of Problem Solving ... (Software) [70%] 2022-09-08 [Free TeX software] [Google software]...
5. Cauchy-Riemann Equations: Let G ⊆ C {\displaystyle G\subseteq \mathbb {C} } be an open subset. Let the function f = u + i v {\displaystyle f=u+iv} be differentiable at a point z = x + i y ∈ G {\displaystyle z=x+iy\in G}. [70%] 2024-11-12 [Complex analysis] [Mathematical analysis]...
6. Math#6 Equations: Equation is a statement of an equality containing one or more variables. You can create PNG images with equations using the Software:LaTeX syntax using the class jhplot.HLatexEq. (DMelt) [70%] 2025-01-17 [Equations] [Linear system of equations]...
7. Differential Equations: Differential Equations est une revue de mathématiques à comité de lecture publiée par Springer Verlag. De 1965 à 1999, elle était publiée par le « Consultants Bureau, New York » ; depuis 2000, elle est publiée par Springer Elle publie principalement des traductions en anglais d ... [70%] 2025-05-16
8. Quaternionic Differential Equations: Generalized field equations hold for all basic fields. Generalized field equations fit best in a quaternionic setting. [57%] 2023-12-20 [Differential equations]
9. The Cold Equations: The Cold Equations : A 1954 short story by Tom Godwin famous for its tragic conclusion in which the unrelenting demands of engineering formulae are unable to be overcome to provide the standard upbeat ending of that era's pulp fiction. [57%] 2023-08-03
10. Equations and Expressions: In this lesson, we will cover variables, expressions, equations, and methods of manipulating them. Methods of manipulation include simplifying, substituting, and solving. [57%] 2024-01-26 [Equations]
11. Equations and Expressions: In this lesson, we will cover variables, expressions, equations, and methods of manipulating them. Methods of manipulation include simplifying, substituting, and solving. [57%] 2023-12-31 [Equations]
12. Equations of motion: In physics, equations of motion are equations that describe the behavior of a physical system in terms of its motion as a function of time. More specifically, the equations of motion describe the behavior of a physical system as a ... (Physics) [57%] 2023-10-24 [Classical mechanics] [Equations of physics]...
13. Theory of Equations: "Art of mathematics consists finding the special case which contains all germs of generality." -David Hilbert In mathematics, the Theory of Equations comprises a major part of traditional algebra. Topics include polynomials, algebraic equations, separation of roots including Sturm's ... [57%] 2023-11-01 [Secondary_Math_Courses]
14. Ordinary Differential Equations: Educational level: this is a tertiary (university) resource. Subject classification: this is a mathematics resource. Completion status: this resource is just getting off the ground. [57%] 2024-02-23 [Ordinary differential equations]
15. Hidden Field Equations: Hidden Fields Equations (HFE), also known as HFE trapdoor function, is a public key cryptosystem which was introduced at Eurocrypt in 1996 and proposed by (in French) Jacques Patarin following the idea of the Matsumoto and Imai system. It is ... (Public key cryptosystem) [57%] 2024-05-20 [Finite fields]
16. Advances in Difference Equations: Advances in Difference Equations es una revista de matemáticas revisada por pares que cubre la investigación sobre ecuaciones en diferencias, publicada por Springer Open. La revista se estableció en 2004 y publica artículos sobre teoría, metodología y aplicación de ecuaciones diferenciales ... [50%] 2024-02-07
17. Equations defining abelian varieties: In mathematics, the concept of abelian variety is the higher-dimensional generalization of the elliptic curve. The equations defining abelian varieties are a topic of study because every abelian variety is a projective variety. [50%] 2023-10-02 [Abelian varieties]
18. Advances in Difference Equations: Advances in Difference Equations est une revue mathématique à comité de lecture couvrant la recherche sur les équations aux différences, publiée par Springer Open . La revue, créée en 2004, publie des articles sur la théorie, la méthodologie et l'application des équations ... [50%] 2024-05-12
19. Equations for a falling body: A set of equations describing the trajectories of objects subject to a constant gravitational force under normal Earth-bound conditions. Assuming constant acceleration g due to Earth’s gravity, Newton's law of universal gravitation simplifies to F = mg, where ... (Physics) [44%] 2023-08-13 [Gravity] [Equations]...
20. Expressing Linear Equations As Matrices: This page contains practice exercises for expressing linear equations as matrices. [44%] 2023-03-05 [Equations]
21. Integral Equations and Operator Theory: Integral Equations and Operator Theory is a journal dedicated to operator theory and its applications to engineering and other mathematical sciences. As some approaches to the study of integral equations (theoretically and numerically) constitute a subfield of operator theory, the ... [44%] 2024-01-10 [Mathematics journals]
22. Structural Equations with Latent Variables: Structural Equations with Latent Variables is a statistics textbook authored by Kenneth Bollen, published in 1989. It provides a framework for understanding and applying structural equation modelling. [44%] 2023-09-15 [1989 non-fiction books] [Statistics books]...
23. Journal of Hyperbolic Differential Equations: The Journal of Hyperbolic Differential Equations was founded in 2004 and carries papers pertaining to nonlinear hyperbolic problems and related mathematical topics, specifically on the theory and numerical analysis of hyperbolic conservation laws and of hyperbolic partial differential equations arising ... [44%] 2022-09-23 [Mathematics journals]
24. Evolution Equations in High-Energy Particle Physics: This article may meet Wikipedia's criteria for speedy deletion as a page where the author of the only substantial content has requested deletion or blanked the page in good faith. The following explanation was offered: Author blanked it. Administrators ... [40%] 2024-09-04
25. Calculus of Variations and Partial Differential Equations: Calculus of Variations and Partial Differential Equations ist eine seit 1993 in englischer Sprache erscheinende mathematische Fachzeitschrift, die Forschungsarbeiten über Variationsrechnung und partielle Differentialgleichungen veröffentlicht und die Interaktionen zwischen Analytikern, Geometern und Physikern betonen will. [37%] 2025-01-17
26. Dr. Phibes and the House of Wax Equations: Dr. Phibes and the House of Wax Equations were an English psychedelic rock band, formed in 1989 in Crewe, Cheshire. [35%] 2023-06-10 [English psychedelic rock music groups] [Musical groups established in 1990]...
27. Comparison of Equations for Nusselt Number of Combined Entry Length: Recent editions of Incropera et al's Fundamentals of Heat and Mass Transfer provide different correlations for average Nusselt number in a combined entry problem. That is, neither velocity nor thermal profiles are fully developed. [31%] 2023-04-14 [Fluid mechanics]
28. Hamilton equations: Ordinary canonical first-order differential equations describing the motion of holonomic mechanical systems acted upon by external forces, as well as describing the extremals of problems of the classical calculus of variations. Hamilton's equations, established by W. (Mathematics) [70%] 2023-10-18
29. Kolmogorov equations: In probability theory, Kolmogorov equations, including Kolmogorov forward equations and Kolmogorov backward equations, characterize continuous-time Markov processes. In particular, they describe how the probability that a continuous-time Markov process is in a certain state changes over time. [70%] 2022-09-27 [Markov processes] [Stochastic models]...
30. Simultaneous equations: Simultaneous equations are finite sets of mathematical equations where the solution to the set of equations solves each individual equation. There are many different types of simultaneous equations, such as linear simultaneous equations and differential simultaneous equations. [70%] 2023-02-25 [Mathematics] [Algebra]...
31. Weingarten equations: The Weingarten equations give the expansion of the derivative of the unit normal vector to a surface in terms of the first derivatives of the position vector of a point on the surface. These formulas were established in 1861 by ... [70%] 2022-07-13 [Differential geometry of surfaces]
32. Laue equations: In crystallography and solid state physics, the Laue equations relate incoming waves to outgoing waves in the process of elastic scattering, where the photon energy or light temporal frequency does not change by scattering, by a crystal lattice. They are ... (Physics) [70%] 2023-03-31 [Crystallography]
33. Whitham equations: Perhaps the proper beginning of Whitham theory is Whitham's work , , which can be viewed as a crucible of various averaging ideas subsequently developed in e.g. , , , , , , , , , , , , to theories involving multi-phase averaging, Hamiltonian systems and weakly deformed soliton lattices. (Mathematics) [70%] 2023-11-14
34. Fresnel equations: The Fresnel equations (or Fresnel coefficients) describe the reflection and transmission of light (or electromagnetic radiation in general) when incident on an interface between different optical media. They were deduced by Augustin-Jean Fresnel (/freɪˈnɛl/) who was the first to ... (Equations of light transmission and reflection) [70%] 2022-09-27 [Light] [Geometrical optics]...
35. Neugebauer equations: The Neugebauer equations are a set of equations used to model color printing systems, developed by Hans E. J. [70%] 2023-11-24 [Equations]
36. Differential equations: Differential equations serve as mathematical models of physical processes. This course is intended to be an introduction to ordinary differential equations and their solutions. [70%] 2024-01-07 [Differential equations] [Mathematics courses]...
37. Hamilton equations: Ordinary canonical first-order differential equations describing the motion of holonomic mechanical systems acted upon by external forces, as well as describing the extremals of problems of the classical calculus of variations. Hamilton's equations, established by W. (Mathematics) [70%] 2024-01-26
38. Differential equations: Differential equations serve as mathematical models of physical processes. This course is intended to be an introduction to ordinary differential equations and their solutions. [70%] 2024-01-26 [Differential equations] [Mathematics courses]...
39. Diophantine equations: Our purpose in this article which has been published is to show how much diophantine equations are rich in analytic applications. Effectively, those equations allow to build amazing sequences, series and numbers. [70%] 2024-01-26 [Mathematics]
40. Fresnel equations: The Fresnel equations (or Fresnel coefficients) describe the reflection and transmission of light (or electromagnetic radiation in general) when incident on an interface between different optical media. They were deduced by French engineer and physicist Augustin-Jean Fresnel (/freɪˈnɛl/) who ... (Equations of light transmission and reflection) [70%] 2024-01-26 [Eponymous equations of physics] [Light]...
41. Solving equations: Solving equations is the most fundamental concept of algebra. Solving an equation means finding out the value of a variable. [70%] 2024-01-26 [Algebra]
42. Diophantine equations: Algebraic equations, or systems of algebraic equations with rational coefficients, the solutions of which are sought for in integers or rational numbers. It is usually assumed that the number of unknowns in Diophantine equations is larger than the number of ... (Mathematics) [70%] 2024-01-26
43. Jeans equations: The Jeans equations are a set of partial differential equations that describe the motion of a collection of stars in a gravitational field. The Jeans equations relate the second-order velocity moments to the density and potential of a stellar ... (System of differential equations) [70%] 2024-01-26 [Partial differential equations] [Equations of astronomy]...
44. Transposed equations: The transposed equations of a linear algebraic system are the linear equations with the transposed matrix as coefficient matrix. In the case of linear integral equations (cf. (Mathematics) [70%] 2024-01-26
45. Madelung equations: In theoretical physics, the Madelung equations, or the equations of quantum hydrodynamics, are Erwin Madelung's equivalent alternative formulation of the Schrödinger equation, written in terms of hydrodynamical variables, similar to the Navier–Stokes equations of fluid dynamics. The derivation ... (Hydrodynamic formulation of the Schrödinger equations) [70%] 2024-01-26 [Partial differential equations] [Quantum mechanics]...
46. Einstein equations: of the gravitational field Fundamental equations in the general theory of relativity. They connect the metric tensor of the space-time continuum, which describes the gravitational field, and the physical characteristics of different forms of matter, described by means of ... (Mathematics) [70%] 2024-01-26
47. Kirsch equations: The Kirsch equations describe the elastic stresses around the hole in an infinite plate in one directional tension. They are named after Ernst Gustav Kirsch. [70%] 2024-01-26 [Solid mechanics]
48. Convection equations: Consider a fluid flow in a layer of uniform depth where the temperature difference, , between the upper and lower bounding planes is kept constant. Such a system has a steady-state solution in which there is no fluid motion and ... (Mathematics) [70%] 2024-01-26
49. Poincaré equations: General equations of the mechanics of holonomic systems (cf. Holonomic system) presented with the help of a certain Lie algebra of infinitesimal transformations. (Mathematics) [70%] 2024-01-21
50. Ehrenfest equations: Ehrenfest equations (named after Paul Ehrenfest) are equations which describe changes in specific heat capacity and derivatives of specific volume in second-order phase transitions. The Clausius–Clapeyron relation does not make sense for second-order phase transitions, as both ... (Physics) [70%] 2023-08-31 [Thermodynamic equations]
51. Chetaev equations: General canonical equations of the mechanics of a holonomic system, presented in terms of a certain Lie algebra of infinitesimal transformations, and equivalent to the Poincaré equations. If instead of independent variables $ \eta _ {j} $ defining real displacements one introduces the ... (Mathematics) [70%] 2024-01-12
52. Pitzer equations: Pitzer equations are important for the understanding of the behaviour of ions dissolved in natural waters such as rivers, lakes and sea-water. They were first described by physical chemist Kenneth Pitzer. (Physics) [70%] 2023-11-05 [Thermodynamic equations] [Chemical thermodynamics]...
53. Lorenz equations: Lorenz system The system of equations $$ \begin{eqnarray*} \dot x &=& -\sigma x+\sigma y, \\ \dot y &=& rx-y-xz, \\ \dot z &=& -bz+xy. \end{eqnarray*} $$ It arises as the $3$-mode truncation of the two-dimensional convection equations for parallel ... (Mathematics) [70%] 2023-10-17
54. Drift equations: Approximate equations of motion of a charged particle in electric and magnetic fields, obtained by averaging the rapid motion of the particle under the effect of the magnetic field. Drift equations apply if the magnetic field $ \vec{B} $ is changing ... (Mathematics) [70%] 2023-10-17