From (6), for every possible value pair of ( X M − n, X M ), we compute the value φ { x, y } = | P ( A B ) − P ( A ) P ( B ) | P ( A ) P ( B ), x, y ∈ Ω, here A, B are the elementary events of random variables ( X M − n, X M ), respectively.
The pulp yield thus obtained differed by less than 31.3% from the highest possible value; also, the resulting pulp and paper sheets had acceptable properties that differed by less than 21.10% from their optimum values.
Where data were suspected to be skewed, this was tested by subtracting the observed mean from the highest possible value of the respective outcome measure and dividing this by the standard deviation [ 25].
This artifact results from the maximum possible value being assigned to genes with codon composition identical to pre-selected set of "optimized" genes, even though other genes may show more extreme enrichment of the optimal codons.
When scales pointed in opposite directions, we subtracted the mean from the maximum possible value of the scale and estimated the standard deviations (SD) using well-established techniques [ 11].
"No department can be excluded from being efficient from saving money, from making sure we get the best possible value from every pound that we take from the taxpayers and spend".
But he said "no department can be excluded from being efficient, from saving money, from making sure we get the best possible value for every pound that we take from the taxpayers and spend".
"But no department can be excluded from being efficient, from saving money, from making sure we get the best possible value for every pound that we take from the taxpayers and spend".
From two possible values of the tetrahedral sub-layer, the value that is smaller is selected.
This is equivalent to selecting a single optimized value of ( {u}_i^q ) and ( {v}_j^q ) from their possible values.
