Property:Fact about

From Groupprops

Fact about means that the given page is on a fact about the page being pointed to. record PageThis property is a special property in this wiki., Number"Number" is a type and predefined property provided by Semantic MediaWiki to represent numeric values.

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Showing 20 pages using this property.
C
Characteristic Lie subring not implies ideal +
Characteristic Lie subring (2)  +, Ideal of a Lie ring (2)  +
Characteristic implies normal +
Characteristic subgroup (1)  +, Normal subgroup (1)  +
Characteristic not implies powering-invariant in nilpotent group +
Characteristic subgroup of nilpotent group (2)  +, Powering-invariant subgroup of nilpotent group (2)  +
Characteristic of normal implies normal +
Composition operator (?)  +, Characteristic subgroup (?)  +, Normal subgroup (?)  +
Characteristically metacyclic and commutator-realizable implies abelian +
Characteristically metacylic group (?)  +
Characteristicity is transitive +
Characteristic subgroup (1)  +, Transitive subgroup property (2)  +
Classification of cyclicity-forcing numbers +
Cyclicity-forcing number (1)  +
Conjugacy class of prime power size implies not simple +
Conjugacy class (?)  +
Cube map is endomorphism iff abelian (if order is not a multiple of 3) +
Cube map (?)  +, Abelian group (?)  +
Cyclic automorphism group implies abelian +
? (?)  +, ? (?)  +, Cyclic group (?)  +, …
Cyclic automorphism group not implies cyclic +
Group whose automorphism group is cyclic (2)  +, Cyclic group (2)  +
D
Degree of irreducible representation divides index of abelian normal subgroup +
Degree of a linear representation (1)  +, Irreducible linear representation (1)  +, Index of a subgroup (1)  +, …
Degree of irreducible representation divides order of group +
Degree of a linear representation (1)  +, Irreducible linear representation (1)  +, ? (1)  +, …
Dihedral implies solvable +
Dihedral group (2)  +, Solvable group (2)  +
E
Equivalence of definitions of Frattini subgroup +
Frattini subgroup (1)  +
Equivalence of definitions of Sylow subgroup of normal subgroup +
Sylow subgroup of normal subgroup (1)  +
Equivalence of definitions of group of Glauberman type for a prime +
Group of Glauberman type for a prime (1)  +, ? (1)  +
Equivalence of definitions of p-constrained group +
P-constrained group (1)  +
Every finite group has a finite composition series +
Finite group (2)  +, Group of finite composition length (2)  +
F
Finite non-abelian and every proper subgroup is abelian implies metabelian +
Metabelian group (2)  +

Showing 4 related entities.

D
N
P

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