$M_{24}$ is the largest Mathieu sporadic simple group of order $244 823 040 = 2^{10} {cdot} 3^3 {cdot} 5 {cdot} 7 {cdot} 11 {cdot} 23$ and contains all the other Mathieu sporadic simple groups as subgroups. The object in this paper is to study the ranks of $M_{24}$ with respect to the conjugacy classes of all its nonidentity elements
AbstractProper coverings of finite (especially simple) groups are discussed in general, with emphasi...
In this paper, we consider all the Janko sporadic groups J1, J2, J3 and J4 (with orders 175560, 6048...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
AbstractLet G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum ...
If G is a finite group and X a conjugacy class of G, then we define rank(G: X) to be the minimum num...
AbstractLet G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum ...
If G is a finite group and X a conjugacy class of elements of G, then we define rank(G:X) to be the ...
We prove that any permutation group of degree n at least 4 has at most 5(n-1)/3 conjugacy classes. ©...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
Let G be a finite group and X a conjugacy class of G. We de-note rank(G: X) to be the minimum number...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
If $G$ is a finite group and $X$ a conjugacy class of elements of $G$, then we define $rank(G{:}...
AbstractFor a finite groupG, letk(G) denote the number of conjugacy classes ofG. We prove that a sim...
AbstractA new general formula is obtained for the number of conjugacy classes of subgroups of given ...
AbstractIt has been proved recently by Moretó (2007) [8] and Craven (2008) [3] that the order of a f...
AbstractProper coverings of finite (especially simple) groups are discussed in general, with emphasi...
In this paper, we consider all the Janko sporadic groups J1, J2, J3 and J4 (with orders 175560, 6048...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
AbstractLet G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum ...
If G is a finite group and X a conjugacy class of G, then we define rank(G: X) to be the minimum num...
AbstractLet G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum ...
If G is a finite group and X a conjugacy class of elements of G, then we define rank(G:X) to be the ...
We prove that any permutation group of degree n at least 4 has at most 5(n-1)/3 conjugacy classes. ©...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
Let G be a finite group and X a conjugacy class of G. We de-note rank(G: X) to be the minimum number...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...
If $G$ is a finite group and $X$ a conjugacy class of elements of $G$, then we define $rank(G{:}...
AbstractFor a finite groupG, letk(G) denote the number of conjugacy classes ofG. We prove that a sim...
AbstractA new general formula is obtained for the number of conjugacy classes of subgroups of given ...
AbstractIt has been proved recently by Moretó (2007) [8] and Craven (2008) [3] that the order of a f...
AbstractProper coverings of finite (especially simple) groups are discussed in general, with emphasi...
In this paper, we consider all the Janko sporadic groups J1, J2, J3 and J4 (with orders 175560, 6048...
Let G be a finite group and X a conjugacy class of G. We denote rank(G:X) to be the minimum number o...