No because the associative property can be found in other operations as well.
Yes, but only if it is the associative property of addition - not other versions of it.
the other meaning is Apa
In general, the associative property states that "a · (b · c) = (a · b) · c" for some operation "·". In other words, if an operation is associative, the order in which multiple calculations involving it are performed is irrelevant.
The associative property says that you can group addends and multiplicands together however you want. The individual numbers in the expression aren't bothered by any of the other numbers getting together for drinks.
The associative property definition is this : you can group two numbers multiply them together then multiply that product by the other number. For example (3x3)x3=27 so basically all the associative property is about is grouping the numbers in different ways and making the problem faster and easier depending on what numbers you are multiplying. Hope that makes it easier 
It works for some operators in arithmetic as it does in geometry, and not with other operators.
It is the property that, in symbols, says: (a + b) + c = a + (b + c). In other words, you can either add the left part or the right part first, and still get the same result.
Bracketed value is determined when the subject property is compared to other properties with similar qualities...(usually 3 different properties).
Each and every one - even though there may be times when it is not explicit.
Here is how the associative property works (in the case of addition):(a + b) + c = a + (b + c) So, you have the parentheses on one side on the left, and on the other side on the right of the equal sign.
2 of them are associative and distributive but I don't know about the other 1.
All matter has chemical properties, and they describe how that matter interacts with other forms of matter. It is different from a physical property, which is simply observations of matter using the senses.
In symbols: (a + b) +c = a + (b + c). example with numbers: (1 + 2) + 4 = 1 + (2 + 4). In other words, the associative property states that it makes no difference whether you add the left two numbers or the right two numbers first.
The chemical property's of metals are the properties they exhibit when forming compounds with other elements.
In mathematics, the associative property for a set S and a binary operation ~ implies that for all element a, b and c of S,(a ~ b) ~ c = a ~ (b ~ c) and so either can be written as a ~ b ~ cIn other words, the order in which the binary operations are carried out does not affect the result.Addition and multiplication of numbers are associative, subtraction and division are not.
A relationship with attributes should be an associative entity when: - All relationships for the associative entity should be many - The associative entity could have meaning independent of the other entities - The associative entity should have attribute(s), but it may or may not have an identifier - The associative entity may participate in other relationships other than the entities of the associated relationship - Ternary relationships should be converted to associative entities
The associative property means that in a sum (for example), (1 + 2) + 3 = 1 + (2 + 3). In other words, you can add on the left first, or on the right first, and get the same result. Similar for multiplication. How you use this in an equation depends on the equation.
You can purchase properties in "Properties". First you have to buy a corresponding land for the property that you wanted to buy. For example you want to buy a Mafia Mike's property, you should first buy a Vacant Lot for you to buy Mafia Mike's and same goes for the other properties.