Examples of using Commutative in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
which are not commutative, the first operand is given to the left of the table,
Use the commutative law of multiplication to write 2 times 34 in a different way.
In general, a square matrix over a commutative ring is invertible if
This notation is useful especially if the operations are commutative, although one can additionally specify that the rows are the first operand
Rewrite the expression below applying the commutative and associative properties of addition,
If R is a given commutative ring, then the set of all polynomials in the variable X whose coefficients are in R forms the polynomial ring, denoted R[X].
In general, a square matrix over a commutative ring is invertible if
The problem is that generally matrix multiplications are not commutative as the extension of the scalar solution to the matrix case would require.
in what is now known as commutative algebra.
a branch of abstract algebra, a commutative ring is a ring in which the multiplication operation obeys the commutative law.
More generally, a square matrix over a commutative ring R{\displaystyle R}
especially commutative algebra, with the language
then we could mess around with it using the commutative and associative properties of addition.
elements of a more abstract system such as a commutative ring.
especially commutative algebra, with the language
are called commutative rings.
whose multiplication is not required to be commutative, is called a division ring(or sometimes skewfield).
So no matter how you do it and no matter what order you do it in-- and that's the commutative law of addition.
especially commutative algebra, with the language
there is a unique determinant function for the nÃ-n matrices over any commutative ring R.