Pages that link to "Item:Q5401624"

The following pages link to ON $\mathcal A_1$- AND $\mathcal A_2$-SUBGROUPS OF FINITE p-GROUPS (Q5401624):

Displaying 15 items.

• Finite \(p\)-groups with exactly one \(\mathcal A_1\)-subgroup of given structure of order \(p^3\). (Q381089) (← links)
• On absolutely-nilpotent of class \(k\) groups (Q1921276) (← links)
• Finite \(p\)-groups all of whose \(\mathscr{A}_2\)-subgroups are generated by two elements (Q2218674) (← links)
• Elementary proof of a theorem of Blackburn. (Q2266836) (← links)
• Finite \(p\)-groups with few minimal nonabelian subgroups. (Q2491801) (← links)
• Finite groups embeddable in division rings (Q2731903) (← links)
• Finite p-groups all of whose 𝒜k-subgroups for a fixed k are metacyclic (Q2978570) (← links)
• ON FINITE <i>p</i>-GROUPS WITH SUBGROUPS OF BREADTH 1 (Q3579995) (← links)
• Some results on $A_p(G)$ submodules of $PM_p(G)$ (Q3794681) (← links)
• (Q4761414) (← links)
• On the number of subgroups of non-metacyclic minimal non-abelian p-groups (Q4985415) (← links)
• $\mathcal{A}_t$-GROUPS SATISFYING A CHAIN CONDITION (Q5414226) (← links)
• Finite p-groups with a minimal non-abelian subgroup of index p (IV) (Q5498576) (← links)
• Sets of type \((a,b)\) from subgroups of \(\Gamma L (1, p^R)\) (Q5929979) (← links)
• Finite <i>p</i> -groups satisfying a weak chain condition (Q6594893) (← links)