Yes, you can apply the distributive property in expressions involving absolute values, but it's important to consider the properties of absolute values. The distributive property states that ( a(b + c) = ab + ac ), and this can be used with absolute values, such as ( |a(b + c)| = |ab + ac| ). However, the absolute value of a sum is not necessarily equal to the sum of the absolute values, meaning ( |a + b| \neq |a| + |b| ) in general. Thus, careful attention is needed when manipulating expressions involving absolute values.
no because distributive property is for multiple digit numbers.
You don't. The distributive property involves at least three numbers.
The property used to rewrite 9x2 + 9x3 is the Distributive Property. Using the Distributive Property the expression can be rewritten as 9x2 + 9x2 + 9x2 or 27x2.
u suck
The distributive property of multiplication deals with multiplying across a set of parenthesis. An example of this property would be, x(y+z) = xy + xz.
distributive property for (11-3)=
no because distributive property is for multiple digit numbers.
You don't. The distributive property involves at least three numbers.
72.divided 4 in distributive property
no
according to commutative property both the distributive laws are equal why to use two distributive laws
(40+200)+(5+80)
The property used to rewrite 9x2 + 9x3 is the Distributive Property. Using the Distributive Property the expression can be rewritten as 9x2 + 9x2 + 9x2 or 27x2.
u suck
The distributive property of multiplication deals with multiplying across a set of parenthesis. An example of this property would be, x(y+z) = xy + xz.
47
Some people use the distributive property to add 24 and 36, but you wouldn't use it to find the GCF which, by the way, is 12.