No. Closure is the property of a set with respect to an operation. You cannot have closure without a defined set and you cannot have closure without a defined operation.
there is not division for the associative property
It is called the property of "closure".
its when a mathamatical persistince is also whennyou d the oppsite of the equation
division
It does not work with subtraction nor division.
In mathematics, closure is a property of a set, S, with a binary operator, ~, defined on its elements.If x and y are any elements of S then closure of S, with respect to ~ implies that x ~ y is an element of S.The set of integers, for example, is closed with respect to multiplication but it is not closed with respect to division.
amaw
33 divided by 1 is a division problem: it is not a property.33 divided by 1 is a division problem: it is not a property.33 divided by 1 is a division problem: it is not a property.33 divided by 1 is a division problem: it is not a property.
In Relational algebra allows expressions to be nested, just as in arithmetic. This property is called closure.
there is not division for the associative property
That property is called CLOSURE.
(4=-5)+5=5
No you can not use subtraction or division in the associative property.
It is called the property of "closure".
its when a mathamatical persistince is also whennyou d the oppsite of the equation
The closure property of addition says that if you add together any two numbers from a set, you will get another number from the same set. If the sum is not a number in the set, then the set is not closed under addition.
Closure, an identity element, inverse elements, associative property, commutative property