Complete the following statements using m(x) = x² and n(x) = x – 3.
m(n(x)) = m(x – 3) = ( X, -3, 0r X-3 )²
n(m(x)) = n(x²) = x² – (-3,3, or 9)
Because m(n(x)) is NOT EQUAL TO, EQUAL TO, or IS LESS THAN n(m(x)), the composition of m and n is not commutative. Therefore, function composition is not commutative.

Respuesta :

Answer:

x-3 or third option

3 or second option

is not equal to or first option

Step-by-step explanation:

m(n(x)) = ( x - 3)² , n(m(x)) = x² - 3 and m(n(x)) is not equals to n(m(x)).Function composition is not commutative.

What is commutative function?

" Function is said to be commutative if the order of the function does not change the resultant."

According to the question,

Given,

m(x) = x²

n(x) = x - 3

Therefore,

m(n(x)) = m(x- 3)

            = (x - 3)²                        _____(1)

n(m(x)) =n(x²)

           = x² -3                           _____(2)

For function composition to be commutative

m(n(x)) should be equals to n(m(x))

But by comparing (1) and (2) we get,

(x - 3)² ≠ x² -3  

m(n(x)) ≠ n(m(x))

Hence, m(n(x)) = ( x - 3)² , n(m(x)) = x² - 3 and m(n(x)) is not equals to n(m(x)).Function composition is not commutative.

Learn more about commutative function here

https://brainly.com/question/17299449

#SPJ2

ACCESS MORE
ACCESS MORE
ACCESS MORE
ACCESS MORE