New posts in sylow-theory

A little confusion regarding Sylow $p$-subgroups generated by a $p$-cycle

What is the intersection of all Sylow $p$-subgroup's normalizer?

After using Sylow Theorems, how can we say how many elements of order 5 might be there in a group of order 20? [duplicate]

A group of order $595$ has a normal Sylow 17-subgroup.

Let $|G|=735$. If the number of Sylow $7$-subgroups are more than $1$, then show that there exists a normal Sylow $5$-subgroup.

A group of order $120$ has a subgroup of index $3$ or $5$ (or both)

No simple group of order $1,000,000$

Solvable and nilpotent groups, normal series and intuition

Every group of order $150$ has a normal subgroup of order $25$

Let G be a group of order 24 that is not isomorphic to S4. Then one of its Sylow subgroups is normal.

Are all Sylow 2-subgroups in $S_4$ isomorphic to $D_4$?

Group of order 24 with no element of order 6 is isomorphic to $S_4$

$|G|=p(p+1)$ for $p$ prime, then $G$ has a normal subgroup of order $p$ or $p+1$

Show that if $|G|=30$ then $G$ has normal $3$-Sylow and $5$-Sylow

Group of order $1225$ is abelian

Different Applications of Sylow Theorems

Homomorphic image of a Sylow p-subgroup is Sylow p-subgroup.

Normalizing every Sylow p-subgroup versus centralizing every Sylow p-subgroup

Group of order $1575$ having a normal sylow $3$ subgroup is abelian.

Efficient method to find the center of the $SL(2, 3)$