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Suppose the productivity P of an individual worker (in number of items produced per hour) is a function of the number of hours of training t according to 95t2 P(t) = 9 + t + 3,468 Find the number of hours of training at which the rate of change of productivity is maximized. (That is, find the point of diminishing returns.) X hr

Suppose the productivity P of an individual worker (in number of items produced per hour) is a function of the number of hours of training t according to 95t2 P(t) = 9 + t + 3,468 Find the number of hours of training at which the rate of change of productivity is maximized. (That is, find the point of diminishing returns.) X hr

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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Suppose the productivity P of an individual worker (in number of items produced per hour) is a function of the number of hours of training t according to 95t2 P(t) = 9 + t2 + 3,468 Find the number of hours of training at which the rate of change of productivity is maximized. (That is, find the point of diminishing returns.) x hr
Transcribed Image Text:Suppose the productivity P of an individual worker (in number of items produced per hour) is a function of the number of hours of training t according to 95t2 P(t) = 9 + t2 + 3,468 Find the number of hours of training at which the rate of change of productivity is maximized. (That is, find the point of diminishing returns.) x hr
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