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Average Cost Jester Sports manufactures tennis rackets. The total cost of producing a rackets per hour is given by C(x) = 0.49 x² + 5.9 x +407. C(x) The average cost per racket at production level rackets per hour is C(x) = Use differential approximations to estimate the change in average cost per racket if the production is increased from 20 per hour to 25 per hour. Round to the nearest cent. $. per racket NOTE: Your answer may be negative.

Average Cost Jester Sports manufactures tennis rackets. The total cost of producing a rackets per hour is given by C(x) = 0.49 x² + 5.9 x +407. C(x) The average cost per racket at production level rackets per hour is C(x) = Use differential approximations to estimate the change in average cost per racket if the production is increased from 20 per hour to 25 per hour. Round to the nearest cent. $. per racket NOTE: Your answer may be negative.

Advanced Engineering Mathematics
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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Average Cost Jester Sports manufactures tennis rackets. The total cost of producing a rackets per hour is given by C(x) = 0.49 x² + 5.9 x +407. C(x) The average cost per racket at production level ax rackets per hour is C(x) = x Use differential approximations to estimate the change in average cost per racket if the production is increased from 20 per hour to 25 per hour. Round to the nearest cent. $ per racket NOTE: Your answer may be negative.
Transcribed Image Text:Average Cost Jester Sports manufactures tennis rackets. The total cost of producing a rackets per hour is given by C(x) = 0.49 x² + 5.9 x +407. C(x) The average cost per racket at production level ax rackets per hour is C(x) = x Use differential approximations to estimate the change in average cost per racket if the production is increased from 20 per hour to 25 per hour. Round to the nearest cent. $ per racket NOTE: Your answer may be negative.
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