3.a Now suppose the MCC functions are heterogeneous: 2A PA' 5B OB MCCA= MCCa= where A and B are units of emissions abated by sources A and B respectively. i. Locate the optimal solution now. Comment on the relationship between transfer coefficient and optimal abatement at each source.

Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter11: Nonlinear Programming
Section11.1: Review Of Differential Calculus
Problem 7P
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3.a Now suppose the MCC functions are heterogeneous:
MCCA=LA MCC»=
=
where A and B are units of emissions abated by sources A and B respectively.
i. Locate the optimal solution now. Comment on the relationship between transfer coefficient and optimal abatement at each
source.
5B
OB
Transcribed Image Text:3.a Now suppose the MCC functions are heterogeneous: MCCA=LA MCC»= = where A and B are units of emissions abated by sources A and B respectively. i. Locate the optimal solution now. Comment on the relationship between transfer coefficient and optimal abatement at each source. 5B OB
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