Примеры использования Symmetric group на Английском языке и их переводы на Русский язык
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The Symmetric Group.
The group is isomorphic to symmetric group S4.
The symmetric group Sn has order n!
They were then applied to the study of the symmetric group by Georg Frobenius in 1903.
Robinson-Schensted algorithm, giving a proof of Burnside's formula for the symmetric group.
This fails for the symmetric group S4 of even order.
For example, for the group GL(n)(or SL(n)),the Weyl group is the symmetric group Sn.
PSL(2, 2) is isomorphic to the symmetric group S3, and PSL(2, 3) is isomorphic to alternating group A4.
The stabilizer of a vertex of the graph is isomorphic to the symmetric group S7 on 7 letters.
The prototype for rigidity is the symmetric group Sn, which is generated by an n-cycle and a transposition whose product is an(n- 1)-cycle.
Any finite doubly transitive permutation group containing a transposition is a full symmetric group.
The full automorphism group of Q8 is isomorphic to the symmetric group of degree 4, S4, the symmetric group on four letters.
Since there are n!(n factorial) possible permutations of a set of n symbols,it follows that the order(the number of elements) of the symmetric group Sn is n!
The permutohedron is vertex-transitive: the symmetric group Sn acts on the permutohedron by permutation of coordinates.
Td and O are isomorphic as abstract groups: they both correspond to S4, the symmetric group on 4 objects.
The Nauru graph is a Cayley graph of S4, the symmetric group of permutations on four elements, generated by the three different ways of swapping the first element with one of the three others:(1 2),(1 3) and 1 4.
Subgroups of S4 The full octahedral group is the cross product of the symmetric group S4 and the cyclic group Z2.
As the symmetric group of order two equals the cyclic group of order two( S 2 C 2{\displaystyle\mathrm{S}_{2}=\mathrm{C}_{2}}), this corresponds to the discrete Fourier transform of order two.
Thus, there are five configurations with tetrahedra, and they correspond to the five conjugacy classes of the symmetric group S 4{\displaystyle S_{4.
The symmetric group on five points is also the symmetry group of the Petersen graph, and the order-2 subgroup swaps the vertices within each pair of vertices formed in the double cover construction.
The triality automorphism of Spin(8) lives in the outer automorphism group of Spin(8) which is isomorphic to the symmetric group S3 that permutes these three representations.
The symmetric group Sn on a finite set of n symbols is the group whose elements are all the permutations of the n symbols, and whose group operation is the composition of such permutations.
The automorphism group of the Horton graph is of order 96 and is isomorphic to Z/2Z×Z/2Z×S4,the direct product of the Klein four-group and the symmetric group S4.
The dimension of the irreducible representation πλ of the symmetric group Sn corresponding to a partition λ of n is equal to the number of different standard Young tableaux that can be obtained from the diagram of the representation.
The automorphism group of the Franklin graph is of order 48 and is isomorphic to Z/2Z×S4,the direct product of the cyclic group Z/2Z and the symmetric group S4.
The group of all symmetries is isomorphic to the group S4, the symmetric group of permutations of four objects, since there is exactly one such symmetry for each permutation of the vertices of the tetrahedron.
The Weyl group of symmetries of the roots(reflections in the hyperplane orthogonal to the roots), isomorphic to the symmetric group S 3{\displaystyle S_{3}} of order 6.
For n 5{\displaystyle n=5}or n≥ 7,{\displaystyle n\geq 7,} the symmetric group S n{\displaystyle S_{n}} is the automorphismgroup of the simple alternating group A n,{\displaystyle A_{n},} so S n{\displaystyle S_{n}} is almost simple in this trivial sense.
In mathematics, Landau's function g(n), named after Edmund Landau, is defined for every natural number n to be the largest order of an element of the symmetric group Sn.
Some of the small groups that do not have a normal p complement include:Order 24: The symmetric group S4 Order 48: The binary octahedral group and the product S4× Z2 Order 60: The alternating group A5.