Pages that link to "Every group of given order is a permutable complement for symmetric groups"
The following pages link to Every group of given order is a permutable complement for symmetric groups:
View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)- Left transversal of a subgroup (← links)
- Permutable complements (← links)
- The subgroup-coset picture (← links)
- Cayley's theorem (← links)
- Retract not implies every permutable complement is normal (← links)
- Direct product is cancellative for finite groups (← links)
- Complement to normal subgroup is isomorphic to quotient group (← links)
- Complements to abelian normal subgroup are automorphic (← links)
- Groups embeddable as normal subgroups in a finite group with a common complement (← links)
- S3 in S4 (← links)