Groups of order 1024: Difference between revisions

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! Quantity !! Value !! Greatest integer function of logarithm of value to base 2 !! Explanation
! Quantity !! Value !! Greatest integer function of logarithm of value to base 2 !! Explanation
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| Number of groups up to isomorphism || 49487365422 || 35 ||  
| Number of groups up to isomorphism || 49487367289 || 35 ||  
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| Number of [[abelian group]]s up to isomorphism || 42 || 5 || Equals the number of [[unordered integer partitions]] of <math>10</math>. See also [[classification of finite abelian groups]].
| Number of [[abelian group]]s up to isomorphism || 42 || 5 || Equals the number of [[unordered integer partitions]] of <math>10</math>. See also [[classification of finite abelian groups]].

Latest revision as of 13:40, 10 November 2023

This article gives information about, and links to more details on, groups of order 1024
See pages on algebraic structures of order 1024 | See pages on groups of a particular order

Statistics at a glance

To understand these in a broader context, see
groups of order 2^n|groups of prime-tenth order

Since is a prime power, and prime power order implies nilpotent, all groups of this order are nilpotent groups.

Quantity Value Greatest integer function of logarithm of value to base 2 Explanation
Number of groups up to isomorphism 49487367289 35
Number of abelian groups up to isomorphism 42 5 Equals the number of unordered integer partitions of . See also classification of finite abelian groups.
Number of maximal class groups, i.e., groups of nilpotency class 3 1 The dihedral group, semidihedral group, and generalized quaternion group; see classification of finite 2-groups of maximal class

GAP implementation

Unfortunately, GAP's SmallGroup library is not available for this order.