Question 20 A coal-burning electricity generating plant emits sulfur dioxide into the air. The concentration, C(x), in parts per million (ppm) is 0.2 given approximately by C (x) = +2 , where x is the distance in miles from the plant. Find the instantaneous rate of change of concentration at X = 2 miles. ppm A 0.5 mile ppm B - 0.025 mile C) none of the choices (D ppm - 0.5 mile ppm - 0.05 mile

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
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Question 20
A coal-burning electricity generating plant emits sulfur dioxide into the air. The concentration, C(x), in parts per million (ppm) is
0.2
given approximately by C (x) =
+2
, where x is the distance in miles from the plant. Find the instantaneous rate of change of
concentration at X = 2 miles.
ppm
A
0.5
mile
ppm
B
- 0.025
mile
C) none of the choices
(D
ppm
- 0.5
mile
ppm
- 0.05
mile
Transcribed Image Text:Question 20 A coal-burning electricity generating plant emits sulfur dioxide into the air. The concentration, C(x), in parts per million (ppm) is 0.2 given approximately by C (x) = +2 , where x is the distance in miles from the plant. Find the instantaneous rate of change of concentration at X = 2 miles. ppm A 0.5 mile ppm B - 0.025 mile C) none of the choices (D ppm - 0.5 mile ppm - 0.05 mile
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