The Monod growth function r(N) describes growth as a function of nutrient concentration N. Assume that r(N) =N N20. Find the percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2. Compare this result with the findings vhen doubling the nutrient concentration from N = 20 to N= 40. This is an example of diminishing return. The percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2 is %. The percentage increase when the nutrient concentration is doubles from N= 20 to N= 40 is %. The percentage increase from N = 0.1 to N= 0.2 is V the percentage increase from N= 20 to N= 40. Round to two decimal places as needed.)

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
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ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
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Chapter5: A Survey Of Other Common Functions
Section5.3: Modeling Data With Power Functions
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The Monod growth function r(N) describes growth as a function of nutrient concentration N. Assume that r(N) =N N20. Find the percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2. Compare this result with the findings
vhen doubling the nutrient concentration from N = 20 to N= 40. This is an example of diminishing return.
The percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2 is %. The percentage increase when the nutrient concentration is doubles from N= 20 to N= 40 is %. The percentage increase from N = 0.1 to N= 0.2 is
V the percentage increase from N= 20 to N= 40.
Round to two decimal places as needed.)
Transcribed Image Text:The Monod growth function r(N) describes growth as a function of nutrient concentration N. Assume that r(N) =N N20. Find the percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2. Compare this result with the findings vhen doubling the nutrient concentration from N = 20 to N= 40. This is an example of diminishing return. The percentage increase when the nutrient concentration is doubles from N = 0.1 to N= 0.2 is %. The percentage increase when the nutrient concentration is doubles from N= 20 to N= 40 is %. The percentage increase from N = 0.1 to N= 0.2 is V the percentage increase from N= 20 to N= 40. Round to two decimal places as needed.)
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