As before, this does not mean the response increases with time.
Inversely, the mean-square response increases when the high natural frequency of base (natural frequencies of base are over the first natural frequency of blade) decreases.
In this case the BMD was defined as the dose at which the mean response is increased by two standard deviations over the mean response of the control group.
This result is inconsistent with previous work on multiple-choice behavior that found that mean response times increased with the log of the number of alternatives (sometimes referred to as Hick's law; Brown et al., 2009; Hick, 1952; Hyman, 1953; Teichner & Krebs, 1974).
In 76% of cases within this category, the distance of mean responses was increased while the mean variance of responses was decreased, which are both beneficial for odor discrimination.
The degree of variability between results produced by the four laboratories (represented as the standard deviation from the mean) increased as the mean response in a particular assay increased (Figure 5B).
We found that subjective ratings of fatigue increased, performance accuracy increased, and mean response times decreased during the task in all groups.
One can see that as the potency (mean avidity) of the immune response increases, the efficiency of escape reaches an optimum, namely an initial increase in the impact of recombination is followed by a decrease.
Unlike inhibition of NMDA receptors, the blockade of AMPA/kainate receptors increased the mean response of mitral cells and decreased the mean somatic Ca2+ response of interneurons.
The blockade of AMPA/kainate receptors alone, in contrast, increased the mean response of mitral cells and decreased the mean response of interneurons.
