Choose the composition function that gives the

final sale price after a 10% discount is followed by

a $150 coupon.

O C (P (x)) = 0.9x - 150

O PC (x)) = 0.9x - 150

O C (P (x)) = 1.9x. - 150

O P (C (x)) = 1.9x - 150

Question

Guest

Mathematics

31 May, 18:44

Choose the composition function that gives the

final sale price after a 10% discount is followed by

a $150 coupon.

O C (P (x)) = 0.9x - 150

O PC (x)) = 0.9x - 150

O C (P (x)) = 1.9x. - 150

O P (C (x)) = 1.9x - 150

+3

Answers (2)

Know the Answer?

Humberto Harvey · Answer 1

C (P (x)) = 0.9x - 150

Step-by-step explanation:

We have to assume that the discount function is ...

P (x) = 0.9x

and the coupon function is ...

C (x) = x - 150

Then applying the coupon to the discounted price is described by ...

C (P (x)) = C (0.9x)

C (P (x)) = 0.9x - 150

Catalina Oneill · Answer 2

Catalina Oneill 31 May, 19:14

0

A.) C (P (x)) = 0.9x - 150

Choose the composition function that gives thefinal sale price after a 10% discount is followed bya $150 coupon.O C (P (x)) = 0.9x - 150O PC (x)) = 0.9x - 150O C (P (x)) = 1.9x. - 150O P (C (x)) = 1.9x - 150

Choose the composition function that gives the

final sale price after a 10% discount is followed by

a $150 coupon.

O C (P (x)) = 0.9x - 150

O PC (x)) = 0.9x - 150

O C (P (x)) = 1.9x. - 150

O P (C (x)) = 1.9x - 150