Net Savings A new smog-control device will reduce the out- put of sulfur oxides from automobile exhausts. It is estimated that the rate of savings (in millions of dollars per year) to the community from the use of this device will be approximated by S'(1) = -r + 4t + 8, after t years of use of the device. The new device cuts down on the production of sulfur oxides, but it causes an increase in the production of nitrous oxides. The rate of additional costs (in millions of dollars per year) to the community after t years is approximated by C'(1) = . a. For how many years will it pay to use the new device? b What will be the net savings over this period of time?

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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36. Net Savings A new smog-control device will reduce the out-
put of sulfur oxides from automobile exhausts. It is estimated
that the rate of savings (in millions of dollars per year) to the
community from the use of this device will be approximated by
S'(1) = -r² + 4t + 8,
after i years of use of the device. The new device cuts down
on the production of sulfur oxides, but it causes an increase in
the production of nitrous oxides. The rate of additional costs
(in millions of dollars per year) to the community after t years
is approximated by
C" (1) =
a. For how many years will it pay to use the new device?
b. What will be the net savings over this period of time?
Transcribed Image Text:36. Net Savings A new smog-control device will reduce the out- put of sulfur oxides from automobile exhausts. It is estimated that the rate of savings (in millions of dollars per year) to the community from the use of this device will be approximated by S'(1) = -r² + 4t + 8, after i years of use of the device. The new device cuts down on the production of sulfur oxides, but it causes an increase in the production of nitrous oxides. The rate of additional costs (in millions of dollars per year) to the community after t years is approximated by C" (1) = a. For how many years will it pay to use the new device? b. What will be the net savings over this period of time?
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