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20A05 - Group theory and generalizations :: Foundations :: Axiomatics and elementary properties
when
are relatively prime
owned by
yesitis
a characterization of groups
owned by
yark
a group of even order contains an element of order 2
owned by
azdbacks4234
a subgroup of index 2 is normal
owned by
alozano
alternative definition of group
owned by
pahio
automorphism group of a cyclic group
owned by
rm50
center of a group
owned by
yark
characteristic subgroup
owned by
yark
class function
owned by
djao
conjugacy class
owned by
djao
conjugate stabilizer subgroups
owned by
Thomas Heye
core of a subgroup
owned by
yark
coset
owned by
djao
cyclic group
owned by
yark
derived subgroup
owned by
yark
division in group
owned by
pahio
double coset
owned by
yark
equivariant
owned by
bwebste
Euler-Fermat theorem
owned by
Wkbj79
example of straight-line program
owned by
Algeboy
examples of finite simple groups
owned by
mathcam
examples of groups
owned by
AxelBoldt
Feit-Thompson conjecture
owned by
PrimeFan
Feit-Thompson theorem
owned by
mathcam
finite subgroup
owned by
pahio
finitely generated group
owned by
yark
first isomorphism theorem
owned by
rspuzio
fourth isomorphism theorem
owned by
bwebste
fundamental homomorphism theorem
owned by
yark
generating set of a group
owned by
yark
generator
owned by
Wkbj79
group
owned by
drini
group actions and homomorphisms
owned by
CWoo
group homomorphism
owned by
yark
groups in field
owned by
pahio
groups of small order
owned by
Daume
groups with abelian inner automorphism group
owned by
rm50
homogeneous group
owned by
whm22
homogeneous space
owned by
rmilson
homomorphic image of group
owned by
pahio
ideal of elements with finite order
owned by
pahio
identity element
owned by
mclase
injection can be extended to isomorphism
owned by
pahio
inner automorphism
owned by
rmilson
inverse of a product
owned by
pahio
inverse of inverse in a group
owned by
cvalente
isomorphic groups
owned by
alozano
isomorphism
owned by
djao
kernel
owned by
rmilson
left and right cosets in a double coset
owned by
asteroid
method of repeated squaring
owned by
Algeboy
more on division in groups
owned by
CWoo
non-isomorphic groups of given order
owned by
pahio
nonabelian group
owned by
drini
normal closure
owned by
yark
normal is not transitive
owned by
Wkbj79
normal subgroup
owned by
djao
normality of subgroups is not transitive
owned by
yark
normality of subgroups of prime index
owned by
azdbacks4234
normalizer
owned by
yark
one-sided normality of subsemigroup
owned by
lars_h
order (of a group)
owned by
mathcam
order of elements in finite groups
owned by
rm50
order of products
owned by
pahio
presentation of a group
owned by
rmilson
proof of first isomorphism theorem
owned by
uriw
proof of fourth isomorphism theorem
owned by
aoh45
proof of second isomorphism theorem for groups
owned by
yark
proof of third isomorphism theorem
owned by
Thomas Heye
proof that all cyclic groups are abelian
owned by
Wkbj79
proof that all cyclic groups of the same order are isomorphic to each other
owned by
Wkbj79
proof that all subgroups of a cyclic group are cyclic
owned by
Wkbj79
proof that group homomorphisms preserve identity
owned by
odenskrigare
proof that group homomorphisms preserve inverse
owned by
odenskrigare
Proof: The orbit of any element of a group is a subgroup
owned by
drini
properties of conjugacy
owned by
pahio
regular group action
owned by
mathcam
second isomorphism theorem
owned by
djao
solvable group
owned by
djao
straight-line program
owned by
Algeboy
structure of
as an abelian group
owned by
rm50
subgroup
owned by
Daume
subgroups of finite cyclic group
owned by
pahio
the derived subgroup is normal
owned by
juanman
the kernel of a group homomorphism is a normal subgroup
owned by
alozano
third isomorphism theorem
owned by
yark
types of homomorphisms
owned by
rspuzio
uniqueness of inverse (for groups)
owned by
waj
word
owned by
juanman
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