2. Phosphorous is an important, non-metallic, non-renewable resource that is used in cleaning & baking products and is an important fertilizer. It has low toxicity, but can cause nutrient pollution when used excessively. There are some viable substitutes (s) for cleaning products, but less so for fertilizer. Thus, at some point phosphorous will have to be recycled/reclaimed. The levels of fand s associated with the future point at which this happens are given implicitly by the following optimization problem max G (f,s) = 200f –+20fs+s-s subject to 4f + 2s = 80 Use the perturbation method to solve for the critical levels of phosphorous () and the substitute (s), assuming that the constraint is binding. Be sure to show your work

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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2. Phosphorous ( is an important, non-metallic, non-renewable resource that is
used in cleaning & baking products and is an important fertilizer. It has low toxicity,
but can cause nutrient pollution when used excessively. There are some viable
substitutes (s) for cleaning products, but less so for fertilizer. Thus, at some point
phosphorous will have to be recycled/reclaimed. The levels of fand s associated
with the future point at which this happens are given implicitly by the following
optimization problem
max G (f,s) = 200f -+20fs +s-s² subject to 4f+ 2s = 80
Use the perturbation method to solve for the critical levels of phosphorous () and
the substitute (s), assuming that the constraint is binding. Be sure to show your
work.
Transcribed Image Text:2. Phosphorous ( is an important, non-metallic, non-renewable resource that is used in cleaning & baking products and is an important fertilizer. It has low toxicity, but can cause nutrient pollution when used excessively. There are some viable substitutes (s) for cleaning products, but less so for fertilizer. Thus, at some point phosphorous will have to be recycled/reclaimed. The levels of fand s associated with the future point at which this happens are given implicitly by the following optimization problem max G (f,s) = 200f -+20fs +s-s² subject to 4f+ 2s = 80 Use the perturbation method to solve for the critical levels of phosphorous () and the substitute (s), assuming that the constraint is binding. Be sure to show your work.
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