User:SelectionBot/0.7/M-2
Appearance
< User:SelectionBot | 0.7
This page is used to select particular revisions of articles for Wikipedia 0.7. To select a revision, obtain a "permanent link" to the desired version using the Toolbox at the left side of the page. Then copy the permanent link beside the article's name in the list below. For example,
Mathematics
[edit]0 (number) to Aristotle
[edit]- 0 (number) :
- 0.999... :
- 1 (number) :
- 2 (number) :
- 3-sphere :
- Abacus :
- Abelian group :
- Abel–Ruffini theorem :
- Absolute value :
- Abstract algebra :
- Acceleration :
- Accuracy and precision :
- Ackermann function :
- Action (physics) :
- Actuarial science :
- Actuary :
- Addition :
- Adjacency matrix :
- Adjoint functors :
- Alan Turing :
- Albert Einstein :
- Aleph number :
- Alexander Grothendieck :
- Alfred North Whitehead :
- Alfred Tarski :
- Algebra :
- Algebraic curve :
- Algebraic geometry :
- Algebraic number :
- Algebraic number field :
- Algebraic structure :
- Algebraic topology :
- Algebraic variety :
- Algorithm :
- Alonzo Church :
- Analog computer :
- Analysis of variance :
- Analytic function :
- Analytic geometry :
- Andrew Wiles :
- Andrey Kolmogorov :
- André Weil :
- Angle :
- Angular velocity :
- Applied mathematics :
- Arabic numerals :
- Arc length :
- Archimedes :
- Area :
- Aristotle :
Arithmetic to Cantor's theorem
[edit]- Arithmetic :
- Arithmetic mean :
- Arithmetic progression :
- Arthur Cayley :
- Associativity :
- Atiyah–Singer index theorem :
- Attractor :
- Augustin Louis Cauchy :
- Augustus De Morgan :
- Average :
- Axiom :
- Axiom of choice :
- Ball (mathematics) :
- Banach fixed point theorem :
- Banach space :
- Banach–Tarski paradox :
- Basis (linear algebra) :
- Bayes' theorem :
- Bayesian inference :
- Bayesian network :
- Benoît Mandelbrot :
- Bernhard Riemann :
- Bertrand Russell :
- Bessel function :
- Beta function :
- Big O notation :
- Bijection :
- Binary numeral system :
- Binary operation :
- Binary relation :
- Binary tree :
- Binomial coefficient :
- Binomial distribution :
- Binomial theorem :
- Blaise Pascal :
- Bolzano–Weierstrass theorem :
- Boolean algebra (logic) :
- Boolean algebra (structure) :
- Boundary (topology) :
- Boundary value problem :
- Bra-ket notation :
- Butterfly effect :
- Bézier curve :
- C*-algebra :
- Calculator :
- Calculus :
- Calculus of variations :
- Cantor set :
- Cantor's diagonal argument :
- Cantor's theorem :
Cardinal number to Conic section
[edit]- Cardinal number :
- Cardinality :
- Carl Friedrich Gauss :
- Cartesian coordinate system :
- Cartesian product :
- Catalan number :
- Catastrophe theory :
- Category (mathematics) :
- Category theory :
- Catenary :
- Cauchy sequence :
- Cauchy's integral formula :
- Cauchy–Schwarz inequality :
- Cayley–Hamilton theorem :
- Center of mass :
- Central limit theorem :
- Chaos theory :
- Characteristic function (probability theory) :
- Charles Peirce :
- Chebyshev polynomials :
- Chebyshev's inequality :
- Chi-square distribution :
- Chinese numerals :
- Chinese remainder theorem :
- Church–Turing thesis :
- Circle :
- Circular motion :
- Classical mechanics :
- Classification of finite simple groups :
- Clifford algebra :
- Closure (mathematics) :
- Coin flipping :
- Collatz conjecture :
- Combinatorics :
- Commutative algebra :
- Commutative ring :
- Commutativity :
- Compact space :
- Compass and straightedge constructions :
- Complete graph :
- Complete metric space :
- Complex analysis :
- Complex number :
- Complex plane :
- Composite number :
- Compound interest :
- Computable function :
- Computational complexity theory :
- Confidence interval :
- Conic section :
Conjecture to Dirac delta function
[edit]- Conjecture :
- Conjugacy class :
- Connected space :
- Connection (mathematics) :
- Conservation law :
- Constant :
- Constructible universe :
- Continued fraction :
- Continuous function :
- Continuum hypothesis :
- Control theory :
- Convex hull :
- Convex set :
- Convolution :
- Conway's Game of Life :
- Coordinate system :
- Coprime :
- Correlation :
- Countable set :
- Covering space :
- Coxeter group :
- Cross product :
- Cryptography :
- Cube :
- Cumulative distribution function :
- Curl (mathematics) :
- Curvature :
- Curve :
- Cyclic group :
- Cylinder (geometry) :
- Cylindrical coordinate system :
- David Hilbert :
- De Moivre's formula :
- Decimal :
- Definition :
- Degree (angle) :
- Degrees of freedom (statistics) :
- Derivative :
- Determinant :
- Diameter :
- Differential calculus :
- Differential equation :
- Differential form :
- Differential geometry :
- Differential geometry of surfaces :
- Dimension :
- Dimensional analysis :
- Diophantine equation :
- Diophantus :
- Dirac delta function :
Dirac equation to Factorization
[edit]- Dirac equation :
- Discrete Fourier transform :
- Discrete cosine transform :
- Discrete mathematics :
- Discriminant :
- Distance :
- Distribution (mathematics) :
- Distributivity :
- Divergence :
- Divergence theorem :
- Division (mathematics) :
- Divisor :
- Dodecahedron :
- Donald Knuth :
- Dot product :
- Duodecimal :
- Dynamical system :
- E (mathematical constant) :
- Eccentricity (mathematics) :
- Edward Norton Lorenz :
- Edward Witten :
- Eigenvalue, eigenvector and eigenspace :
- Elementary algebra :
- Ellipse :
- Elliptic curve :
- Emmy Noether :
- Empty set :
- Entropy :
- Equation :
- Equivalence relation :
- Ergodic theory :
- Euclid :
- Euclid's Elements :
- Euclidean algorithm :
- Euclidean geometry :
- Euclidean space :
- Eugene Wigner :
- Euler characteristic :
- Euler's formula :
- Euler's identity :
- Euler's totient function :
- Euler–Mascheroni constant :
- Expected value :
- Exponential distribution :
- Exponential function :
- Exponential growth :
- Exponentiation :
- Exterior algebra :
- Factorial :
- Factorization :
Fast Fourier transform to Golden ratio
[edit]- Fast Fourier transform :
- Felix Hausdorff :
- Felix Klein :
- Fermat number :
- Fermat's Last Theorem :
- Fiber bundle :
- Fibonacci :
- Fibonacci number :
- Field (mathematics) :
- Fields Medal :
- Finite difference :
- Finite field :
- First-order logic :
- Fluid mechanics :
- Formal grammar :
- Formula :
- Foundations of mathematics :
- Four color theorem :
- Fourier analysis :
- Fourier series :
- Fourier transform :
- Fractal :
- Fraction (mathematics) :
- Francis Galton :
- Frank P. Ramsey :
- Function (mathematics) :
- Function composition :
- Functional analysis :
- Functor :
- Fundamental group :
- Fundamental theorem of algebra :
- Fundamental theorem of arithmetic :
- Fundamental theorem of calculus :
- G. H. Hardy :
- Galileo Galilei :
- Galois theory :
- Game theory :
- Gamma function :
- Gauge theory :
- Gaussian elimination :
- Gauss–Jordan elimination :
- General relativity :
- Geodesic :
- Geometric progression :
- Geometry :
- Georg Cantor :
- George Boole :
- Gini coefficient :
- Goldbach's conjecture :
- Golden ratio :
Gottfried Leibniz to Indicator function
[edit]- Gottfried Leibniz :
- Gottlob Frege :
- Gradient :
- Graph (mathematics) :
- Graph coloring :
- Graph theory :
- Greatest common divisor :
- Green's function :
- Grigori Perelman :
- Group (mathematics) :
- Group action :
- Group representation :
- Group theory :
- Gödel's incompleteness theorems :
- Haar measure :
- Halting problem :
- Hamiltonian mechanics :
- Harmonic analysis :
- Hausdorff dimension :
- Hausdorff space :
- Heat equation :
- Henri Lebesgue :
- Henri Poincaré :
- Hermann Grassmann :
- Hermann Weyl :
- Hexadecimal :
- Hexagon :
- Hilbert space :
- Hilbert's problems :
- Hindu-Arabic numeral system :
- Hipparchus :
- Histogram :
- History of mathematics :
- Holomorphic function :
- Homeomorphism :
- Homological algebra :
- Homomorphism :
- Homotopy :
- Hypatia of Alexandria :
- Hyperbola :
- Hyperbolic geometry :
- Hypergeometric distribution :
- Ibn al-Haytham :
- Icosahedron :
- Identity element :
- Identity function :
- If and only if :
- Imaginary unit :
- Indian mathematics :
- Indicator function :
Inequality to Kurtosis
[edit]- Inequality :
- Infinite monkey theorem :
- Infinity :
- Information :
- Information entropy :
- Information theory :
- Injective function :
- Injective module :
- Inner product space :
- Integer :
- Integer factorization :
- Integral :
- International Mathematical Olympiad :
- Interpolation :
- Intersection (set theory) :
- Interval (mathematics) :
- Introduction to general relativity :
- Inverse function :
- Inverse trigonometric functions :
- Invertible matrix :
- Irrational number :
- Isaac Newton :
- Islamic mathematics :
- Isometry :
- Isomorphism :
- James Clerk Maxwell :
- Jean-Pierre Serre :
- Jensen's inequality :
- Johannes Kepler :
- John Forbes Nash, Jr. :
- John Horton Conway :
- John Napier :
- John von Neumann :
- Jordan normal form :
- Joseph Fourier :
- Joseph Louis Lagrange :
- Josiah Willard Gibbs :
- Julia set :
- Kalman filter :
- Karl Weierstrass :
- Karnaugh map :
- Kepler's laws of planetary motion :
- Kinematics :
- Kinetic energy :
- Klein bottle :
- Knot theory :
- Kolmogorov complexity :
- Kronecker delta :
- Kurt Gödel :
- Kurtosis :
L'Hôpital's rule to Mathematical logic
[edit]- L'Hôpital's rule :
- Lagrange multipliers :
- Lagrange's theorem (group theory) :
- Lagrangian :
- Lambda calculus :
- Laplace transform :
- Laplace's equation :
- Laplace-Runge-Lenz vector :
- Latitude :
- Lattice (order) :
- Law of large numbers :
- Least squares :
- Lebesgue integration :
- Lebesgue measure :
- Length :
- Leonhard Euler :
- Lie algebra :
- Lie group :
- Limit (mathematics) :
- Limit of a function :
- Limit of a sequence :
- Limit superior and limit inferior :
- Line (mathematics) :
- Linear :
- Linear algebra :
- Linear combination :
- Linear equation :
- Linear map :
- Linear programming :
- Linear regression :
- Logarithm :
- Logarithmic scale :
- Logic :
- Logical conjunction :
- Logical disjunction :
- Lp space :
- Luitzen Egbertus Jan Brouwer :
- Löwenheim–Skolem theorem :
- Magic square :
- Magma (algebra) :
- Mandelbrot set :
- Manifold :
- Margin of error :
- Marian Rejewski :
- Markov chain :
- Matching :
- Mathematical analysis :
- Mathematical constant :
- Mathematical induction :
- Mathematical logic :
Mathematical model to Number
[edit]- Mathematical model :
- Mathematical physics :
- Mathematical proof :
- Mathematician :
- Mathematics :
- Mathematics education :
- Matrix (mathematics) :
- Matrix multiplication :
- Maximum likelihood :
- Maxwell's equations :
- Mean :
- Measure (mathematics) :
- Median :
- Mersenne prime :
- Metric (mathematics) :
- Metric space :
- Metric tensor :
- Michael Atiyah :
- Minkowski space :
- Mode (statistics) :
- Modular arithmetic :
- Modular form :
- Module (mathematics) :
- Momentum :
- Monoid :
- Monte Carlo method :
- Monty Hall problem :
- Morphism :
- Muhammad ibn Mūsā al-Khwārizmī :
- Multiplication :
- Möbius function :
- Möbius transformation :
- NP-complete :
- Nash equilibrium :
- Natural logarithm :
- Natural number :
- Navier–Stokes equations :
- Negation :
- Newton's laws of motion :
- Newton's method :
- Nicolas Bourbaki :
- Niels Henrik Abel :
- Non-Euclidean geometry :
- Nondeterministic finite state machine :
- Norbert Wiener :
- Norm (mathematics) :
- Normal distribution :
- Normal subgroup :
- Numb3rs :
- Number :
Number theory to Poincaré conjecture
[edit]- Number theory :
- Numeral system :
- Numerical analysis :
- Numerical digit :
- Numerical integration :
- Nyquist–Shannon sampling theorem :
- Octahedron :
- Octal :
- On-Line Encyclopedia of Integer Sequences :
- Open set :
- Operations research :
- Operator :
- Optimization (mathematics) :
- Order theory :
- Ordinal number :
- Ordinary differential equation :
- Orthogonal matrix :
- P = NP problem :
- P-adic number :
- Parabola :
- Parallel postulate :
- Parallelogram :
- Parameter :
- Parity (mathematics) :
- Partial derivative :
- Partial differential equation :
- Partially ordered set :
- Partition of a set :
- Pascal's triangle :
- Paul Dirac :
- Paul Erdős :
- Peano axioms :
- Pell number :
- Pell's equation :
- Percentage :
- Perfect number :
- Periodic function :
- Permutation :
- Perpendicular :
- Phase space :
- Philosophy of mathematics :
- Physics :
- Pi :
- Pierre de Fermat :
- Pierre-Simon Laplace :
- Pigeonhole principle :
- Planar graph :
- Plane (mathematics) :
- Platonic solid :
- Poincaré conjecture :
Point (geometry) to Regular polygon
[edit]- Point (geometry) :
- Poisson distribution :
- Poisson process :
- Polar coordinate system :
- Polygon :
- Polyhedron :
- Polynomial :
- Polytope :
- Power series :
- Prime number :
- Prime number theorem :
- Principal components analysis :
- Prism (geometry) :
- Prisoner's dilemma :
- Probability :
- Probability density function :
- Probability distribution :
- Probability space :
- Probability theory :
- Projective geometry :
- Projective space :
- Proof theory :
- Propositional calculus :
- Ptolemy :
- Pure mathematics :
- Pythagoras :
- Pythagorean theorem :
- Quadratic equation :
- Quadratic form :
- Quadrilateral :
- Quantification :
- Quantum chromodynamics :
- Quantum electrodynamics :
- Quantum field theory :
- Quantum mechanics :
- Quaternion :
- Radian :
- Radius :
- Ramsey's theorem :
- Random variable :
- Random walk :
- Randomness :
- Rational function :
- Rational number :
- Real analysis :
- Real number :
- Recurrence relation :
- Recursion :
- Regression analysis :
- Regular polygon :
Relation (mathematics) to Standard deviation
[edit]- Relation (mathematics) :
- René Descartes :
- Rhombus :
- Richard Dedekind :
- Riemann hypothesis :
- Riemann integral :
- Riemann sphere :
- Riemann surface :
- Riemann zeta function :
- Riemannian geometry :
- Ring (mathematics) :
- Ring theory :
- Roger Penrose :
- Roman numerals :
- Ronald Fisher :
- Root of unity :
- Root system :
- Rotation :
- Rubik's Cube :
- Russell's paradox :
- Sampling (statistics) :
- Schrödinger equation :
- Second-order logic :
- Self-adjoint operator :
- Sequence :
- Series (mathematics) :
- Set :
- Set theory :
- Sheaf (mathematics) :
- Shiing-Shen Chern :
- Shing-Tung Yau :
- Sieve of Eratosthenes :
- Sigma-algebra :
- Simplex :
- Simulated annealing :
- Siméon Denis Poisson :
- Singular value decomposition :
- Slope :
- Spacetime :
- Special relativity :
- Spectral theorem :
- Sphere :
- Spherical coordinate system :
- Spinor :
- Square (geometry) :
- Square root :
- Square root of 2 :
- Srinivasa Ramanujan :
- Standard Model :
- Standard deviation :
Stationary point to Turing machine
[edit]- Stationary point :
- Statistical hypothesis testing :
- Statistical independence :
- Statistical mechanics :
- Statistics :
- Stefan Banach :
- Stereographic projection :
- Stochastic :
- Stochastic process :
- String theory :
- Student's t-distribution :
- Student's t-test :
- Subset :
- Subtraction :
- Surface :
- Sylow theorems :
- Symmetric group :
- Symmetry :
- System of linear equations :
- Tangent :
- Tangent bundle :
- Tangent space :
- Tautology (logic) :
- Taylor series :
- Taylor's theorem :
- Tensor :
- Terence Tao :
- Tessellation :
- Tesseract :
- Tetrahedron :
- Thales :
- Theorem :
- Theoretical physics :
- Theta function :
- Time :
- Topological space :
- Topology :
- Torus :
- Total order :
- Tractatus Logico-Philosophicus :
- Transcendental number :
- Transpose :
- Travelling salesman problem :
- Tree (graph theory) :
- Triangle :
- Triangle inequality :
- Trigonometric functions :
- Trigonometry :
- Tuple :
- Turing machine :
Type I and type II errors to Évariste Galois
[edit]- Type I and type II errors :
- Union (set theory) :
- Variable :
- Variance :
- Vector (spatial) :
- Vector bundle :
- Vector calculus :
- Vector field :
- Vector space :
- Velocity :
- Venn diagram :
- Vertex (geometry) :
- Vladimir Arnold :
- Volume :
- Von Neumann algebra :
- Wave :
- Wave equation :
- Wavelet :
- Well-order :
- William Rowan Hamilton :
- Winding number :
- Z-transform :
- Zariski topology :
- Zeno's paradoxes :
- Zermelo–Fraenkel set theory :
- Zipf's law :
- Zorn's lemma :
- Émile Lemoine :
- Évariste Galois :