The associative property, for example a + b + c = a + c + b
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Associative
a + (b + c) = (a + b) + cThe word "associative" comes from "associate" or "group";the Associative Property is the rule that refers to grouping
The associative property refers to mathematical expressions where the order of the number is totally interchangeable and will still yield the same answer. Changing the order of a subtraction problem will give you a different answer. For example, 4 - 1 = 3. When switched, 1 - 4 does not equal 3. It equals -3.
16x6 cannot have the associative property. The associative property requires two [identical] operations, applied to 3 variables. There are not enough operations nor variables/numbers in the question.
12/(17/2)
Associative propertyThe associative property states that when three or more expressions are added or multiplied, they may be grouped without affecting the answer. The commutative property applies within the associative property.(x + y) + z = x + (y + z)(xy)z = x(yz)This law applies with a larger number of expressions, as well as grouped expressions.(x + xy) + 3z + 5xz/2 =x + (xy + 3z) + 5xz/2 =x + (xy + 3z + 5xz/2)Again, you should think of subtraction as addition of a negative number.
Oh, dude, the associative property in math is like when you can add or multiply numbers in any order and still get the same result. It's kind of like saying 2 + (3 + 4) is the same as (2 + 3) + 4. So, you can shuffle those numbers around like a deck of cards and the math police won't come after you. It's pretty chill, you know?
It is a result of the associative property of numbers.It is a result of the associative property of numbers.It is a result of the associative property of numbers.It is a result of the associative property of numbers.
there is not division for the associative property
No you can not use subtraction or division in the associative property.
No it is not an associative property.
There is no synonym for the associative properties.
There is only one associative property for multiplication: there is not a separate "regular" version.
Equivalent expressions
It is the associative property of addition.