In a algebric Non abelian group ,do the product of 4 elements always give the same result, or it depends upon the order in which elements are taken... I think order is immaterial, What u say frnds...
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2 \times 3
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The whole point of nonabelian groups is that the order does matter! Consider the simplest nonabelian group there is, the permutation group of 3 symbols. Then
(12)(123)(12)(13)=(12)(12)(12)(123)(13)=(23)
(These permutation act "from the left", so (13) is the permutation that acts first in the above products.)
Here's another example, which works in any group. Since G is nonabelian, find elements a,b with ab=ba. If e is the identity element, then
eabe=ebae
I think Sir i havent properly communicated my problem. I think in a non abelian group,. The product of 4 elements of the group is same irrespective of the order u choose...
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to ensure proper formatting.2 \times 3
2^{34}
a_{i-1}
\frac{2}{3}
\sqrt{2}
\sum_{i=1}^3
\sin \theta
\boxed{123}
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The whole point of nonabelian groups is that the order does matter! Consider the simplest nonabelian group there is, the permutation group of 3 symbols. Then (12)(123)(12)(13)=(12)(12)(12)(123)(13)=(23) (These permutation act "from the left", so (13) is the permutation that acts first in the above products.)
Here's another example, which works in any group. Since G is nonabelian, find elements a,b with ab=ba. If e is the identity element, then eabe=ebae
I think Sir i havent properly communicated my problem. I think in a non abelian group,. The product of 4 elements of the group is same irrespective of the order u choose...
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You mean the order in which you do the multiplication. That is true. For example (ab)(cd)=(a(bc))d Multiplication is associative.
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One of the group axioms is associativity so it will hold for a product of any number of elements.
Yes order in general not possess any relationship with output in non abelian group