Jessie is purchasing a new car at a dealership that is offering a discount of 15%. The dealership is also offering an incentive of $2500 off the listed price. Let x represent the original price of the new car. 77. Write a function d(x) that represents the price of the car with the discount; d(x) = 78. Write a function c(x) that represents the price of the car with the incentive; c(x) = 79. Write a function (using function composition) that represents the price of the car if the discount is applied before the incentive; (co d)(x)= -
Jessie is purchasing a new car at a dealership that is offering a discount of 15%. The dealership is also offering an incentive of $2500 off the listed price. Let x represent the original price of the new car. 77. Write a function d(x) that represents the price of the car with the discount; d(x) = 78. Write a function c(x) that represents the price of the car with the incentive; c(x) = 79. Write a function (using function composition) that represents the price of the car if the discount is applied before the incentive; (co d)(x)= -
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question

Transcribed Image Text:Jessie is purchasing a new car at a dealership that is offering a discount of 15%. The
dealership is also offering an incentive of $2500 off the listed price. Let x represent the
original price of the new car.
77. Write a function d(x) that represents the price of the car with the discount; d(x) =
78. Write a function c(x) that represents the price of the car with the incentive; c(x) =
79. Write a function (using function composition) that represents the price of the car if the
discount is applied before the incentive; (cd)(x)=
80. Write a function (using function composition) that represents the price of the car if the
incentive is applied before the discount; (do c)(x)=_
Choices for 77-80:
A) 0.15x
X
2500
E)
AE) 0.15x-2500
B) 0.85x
X-0.15
2500
Choices for 81-82:
A) $4312.50
E) $22,312.50
AB)
BC) (x-2500)(x-0.15)
C) X-0.15
X
2500
BD) 0.85x-2500
AC)
B) $11,500.00
AB) $24,437.50
0.15
81. Find the final cost of a car that has an original price of $28,750 if the discount is applied
before the incentive.
D) X-2500
82. Find the final cost of a car that has an original price of $28,750 if the incentive is applied
before the discount.
AD) 0.15x-375
BE) 0.85x-2125
C) $20,815.00
AC) $26,250.00
D) $21,937.50
AD) $28,735.00
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