File:Brain.png
Jump to navigation
Jump to search
No higher resolution available.
Brain.png (101 × 82 pixels, file size: 19 KB, MIME type: image/png)
Background icon for Template:Improve
File history
Click on a date/time to view the file as it appeared at that time.
| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 09:59, 19 February 2011 | | 101 × 82 (19 KB) | Prime.mover (talk | contribs) | Background icon for Template:Improve |
You cannot overwrite this file.
File usage
More than 100 pages use this file. The following list shows the first 100 pages that use this file only. A full list is available.
- Area between Radii and Curve in Polar Coordinates
- Bolzano-Weierstrass Theorem/General Form
- Cardinal Equal to Collection of All Dominated Ordinals
- Characteristic of Ordered Integral Domain is Zero
- Characteristics of Traversable Graph
- Compact First-Countable Space is Sequentially Compact
- Compact Subspace of Linearly Ordered Space/Reverse Implication
- Compact Subspace of Linearly Ordered Space/Reverse Implication/Proof 2
- Composition of Mappings is Associative
- Condition for Ideal to be Total Ring
- Cosine of Sum/Proof 4
- Countable Union of Finite Sets is Countable
- Cycle does not Contain Subcycles
- De Morgan's Laws imply Uniquely Complemented Lattice is Boolean Lattice
- Definite Integral from 0 to Half Pi of Even Power of Sine x
- Definite Integral from 0 to Half Pi of Odd Power of Sine x
- Determinant of Linear Operator is Well Defined
- Disjunction has no Inverse
- Eigenvalues of Normal Operator have Orthogonal Eigenspaces
- Epimorphism Preserves Associativity
- Equivalence of Definitions of Normal Subgroup
- Equivalence of Definitions of Transitive Closure (Set Theory)
- Equivalence of Subobjects is Equivalence
- Expansion Theorem for Determinants
- Exponential of Sum of Real Numbers/Corollary
- Final Topology with respect to Mapping
- Finite Sequences in Set Form Acyclic Graph
- Gaussian Integers form Euclidean Domain
- Gaussian Integers form Euclidean Domain/Proof 1
- Hermitian Matrix has Real Eigenvalues/Proof 2
- Hölder's Inequality for Integrals
- Image of Small Class under Mapping is Small
- Increasing Sequence in Ordered Set Terminates iff Maximal Element
- Intersection of Ordinals is Smallest
- Kernel of Group Action is Normal Subgroup
- L'Hôpital's Rule
- L'Hôpital's Rule/Corollary 2
- Least Upper Bound Property/Proof 1
- Limit Ordinal Equals its Union
- Linear Combination of Measures
- Liouville's Theorem (Complex Analysis)
- Logarithmic Integral as Non-Convergent Series
- Mapping from Totally Ordered Set is Order Embedding iff Strictly Increasing/Reverse Implication
- Non-Equivalence as Equivalence with Negation/Formulation 1/Forward Implication/Proof
- Open Sets of Double Pointed Topology/Corollary
- Order-Extension Principle/Strict/Proof 2
- Order Isomorphism iff Strictly Increasing Surjection
- Order Topology equals Dual Order Topology
- Order Topology on Convex Subset is Subspace Topology
- Ordinal Subset is Well-Ordered
- Orthocenter, Centroid and Circumcenter Coincide iff Triangle is Equilateral
- Orthonormal Subset of Hilbert Space Extends to Basis
- P-Product Metrics on Real Vector Space are Topologically Equivalent
- P-Product Metrics on Real Vector Space are Topologically Equivalent/Inequality for General Case
- Power of Generator of Cyclic Group is Generator iff Power is Coprime with Order
- Primary Decomposition Theorem
- Primitive of x over Root of a x + b by Root of p x + q
- Product of Divisor Sum and Euler Phi Functions
- Projection from Product Category
- Ptolemy's Theorem
- Rational Numbers with Denominators Coprime to Prime under Addition form Group
- Real Numbers of Type Rational a plus b root 2 form Field
- Relation between Two Ordinals
- Relationship between Transitive Closure Definitions
- Seifert-van Kampen Theorem
- Shape of Cosecant Function
- Shape of Cosine Function
- Shape of Secant Function
- Smallest Field is Field
- Solution to Legendre's Differential Equation
- Strictly Increasing Sequence induces Partition
- Strictly Increasing Sequence of Natural Numbers
- Subband of Induced Operation is Set of Subbands
- Subgroup is Subset of Conjugate iff Normal
- Subgroup is Superset of Conjugate iff Normal
- Sufficient Conditions for Uncountability
- Sums of Squares of Diagonals of Order 3 Magic Square
- Supremum of Absolute Value of Difference equals Supremum of Difference
- Taylor's Theorem/One Variable
- Taylor's Theorem/One Variable/Proof by Cauchy Mean Value Theorem
- Total Ordering on Field of Quotients is Unique
- Union of Chain of Orderings is Ordering
- Volume of Cone is Third of Cylinder on Same Base and of Same Height
- Volume of Cone is Third of Cylinder on Same Base and of Same Height/Proof 2
- Zorn's Lemma
- Template:Improve
- Definition:Class Interval
- Definition:Classical Propositional Logic
- Definition:Compact Linear Transformation
- Definition:Darboux Function
- Definition:Exact Sequence of Modules
- Definition:Formal Semantics
- Definition:Hilbert Proof System
- Definition:Homogeneous (Model Theory)
- Definition:Inverse Sine/Real/Arcsine
- Definition:Irreducible (Representation Theory)
- Definition:Irreducible (Representation Theory)/G-Module
- Definition:Magma of Sets
- Definition:Number Base/Integers
- Definition:Projection
View more links to this file.
