Absolute percent-bias for Total Accuracy cutpoints usually diminished with increasing sample size from \(n = 75\) to \(300\). The one exception was for the upper cutpoint \(\left( X=5.00 \right)\) in the NPO2 simulation condition, where absolute percent-bias worsened slightly at \(n = 150\). In addition, the absolute percent-bias of lower Total Accuracy cutpoints were usually greater than for upper cutpoints, except for \( n = 150\) and \(300\) of the NPO2 condition. For parametric cutpoints, absolute percent-bias was negligible at all sample sizes, except in the NPO2 condition, where parametric cutpoint bias was the lowest within the condition (0.1 -- 2.3 percent), but slightly greater compared to other conditions (0.0 -- 0.3 percent).