Well the subtraction of integers is not a comunative because it's not a property it can't be true it's a algebraic equation
It means nothing, really. The distributive property is a property of multiplication over addition or subtraction. It has little, if anything, to do with integers.
Integers are closed under subtraction, meaning that any subtraction problem with integers has a solution in the set of integers.
they both have something to do with positive and negative
Yes.
No.
Well the subtraction of integers is not a comunative because it's not a property it can't be true it's a algebraic equation
It means nothing, really. The distributive property is a property of multiplication over addition or subtraction. It has little, if anything, to do with integers.
they both have something to do with positive and negative
yes, because an integer is a positive or negative, rational, whole number. when you subject integers, you still get a positive or negative, rational, whole number, which means that under the closure property of real numbers, the set of integers is closed under subtraction.
Integers are closed under subtraction, meaning that any subtraction problem with integers has a solution in the set of integers.
associative, distributive * * * * * That, I am afraid, is utter rubbish. A - (B - C) = A - B + C whereas (A - B) - C = A - B - C These two are NOT equal so the associative property does not hold. Subtraction does not have the distributine property, it is multiplication that has that property with regard to subtraction: A*(B - C) = A*B - A*C
Whole numbers subtraction: YesDivision integers: No.
Addition and subtraction are inverse functions.
It is no commutative.
they both have something to do with positive and negative
Type your answer here... no