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  \code{stack.x}, a matrix with the first three (independent) variables
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  \code{stack.x}, a matrix with the first three (independent) variables
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  of the data frame, and \code{stack.loss}, the numeric vector giving
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  of the data frame, and \code{stack.loss}, the numeric vector giving
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  the fourth (dependent) variable, are also provided.
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  the fourth (dependent) variable, are also provided.
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}
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}
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\source{
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\source{
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  Brownlee, K. A. (1960, 2nd ed.\sspace{}1965)
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  \bibinfo{R:Brownlee:1965}{note}{Pages\sspace{}491--500}
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  \emph{Statistical Theory and Methodology in Science and Engineering}.
 - 
 
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  New York: Wiley. pp.\sspace{}491--500.
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  \bibshow{R:Brownlee:1965}
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}
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}
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\details{
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\details{
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  \dQuote{Obtained from 21 days of operation of a plant for the
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  \dQuote{Obtained from 21 days of operation of a plant for the
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    oxidation of ammonia (\I{NH\eqn{_3}{3}}) to nitric acid
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    oxidation of ammonia (\I{NH\eqn{_3}{3}}) to nitric acid
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    (\I{HNO\eqn{_3}{3}}).  The nitric oxides produced are absorbed in a
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    (\I{HNO\eqn{_3}{3}}).  The nitric oxides produced are absorbed in a