Andere Kunden interessierten sich auch für
![Symmetric Polynomial]( "Symmetric Polynomial")
Symmetric Polynomial25,99 €![Symmetric and G-algebras]( "Symmetric and G-algebras")
Symmetric and G-algebras77,99 €![Symmetric-key Algorithm]( "Symmetric-key Algorithm")
Symmetric-key Algorithm22,99 €![Symmetric Difference]( "Symmetric Difference")
Symmetric Difference22,99 €![Symmetric Algebra]( "Symmetric Algebra")
Symmetric Algebra22,99 €![Symmetric Graph]( "Symmetric Graph")
Symmetric Graph22,99 €![Permutation Matrix]( "Permutation Matrix")
Permutation Matrix22,99 €
High Quality Content by WIKIPEDIA articles! In mathematics, a symmetric tensor is tensor that is invariant under a permutation of its vector arguments. The space of symmetric tensors of rank r on a finite dimensional vector space is naturally isomorphic to the dual of the space homogeneous polynomials of degree r on V. Over fields of characteristic zero, the graded vector space of all symmetric tensors can be naturally identified with the symmetric algebra on V. A related concept is that of the antisymmetric tensor or alternating form. Symmetric tensors occur widely in engineering, physics and mathematics.