Примери за използване на Is associative на Английски и техните преводи на Български
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(V2) Addition is associative, i.e..
The second operation(multiplication) is associative.
Multiplication is associative:(AB)C= A(BC).
If the functions have appropriate domains and ranges,composition is associative, i.
(i) the operation is associative, i.e..
They're just rearrangements of the same thing and we saw that the dot product is associative.
Multiplication is associative.
Creativity is associative memory that works exceptionally well.
The human brain is associative.
But what we talk about is associative systems that correlate, you know what that means? With changing conditions.
The first organization is associative.
The game is associative, because there is no gain, except, of course, the psychological benefits of the findings.
Matrix multiplication is associative.
If a binary operation is associative, it is easy to extend the property to operations on four or more operands.
The multiplication operation is associative.
If a binary operation is associative, it is easy to extend the property to operations on four or more operands.
But we know that composition is associative.
If a binary operation is associative, we can write the result for three operands without parentheses, making it a well-defined operation with three operands.
You could view it as vector a-- because multiplication is associative, you could switch the order.
But I showed you a couple of videos ago thatthe composition of functions, or of transformations, is associative.
So what we could do is we could multiply the minus because multiplication is associative. It doesn't matter what order you do it in.
The logic of the emotional mind is associative; it takes elements that symbolize a reality, or trigger a memory of it, to be the same as that reality.
These are algebras in which(xy)z- x(yz) is an alternating function in the sense that it is zero whenever any two of x, y, z are equal or, put another way,any two dimensional subalgebra is associative.
The cube root operation is associative with exponentiation and distributive with multiplication and division if considering only real numbers, but not always if considering complex numbers: for example, the cube of any cube root of 8 is 8, but the three cube roots of 83 are 8,- 4+ 4i√3, and- 4- 4i√3.
Some species are associative nitrogen fixers.
Binary operations which are associative but not commutative are fairly common.
A binary operation is said to be associative if it can be used on three operands without regard to their grouping, i.e., if.
That's associative disease.
These are associative fields.
Ordinary addition and multiplication are associative;