It is shown that the PMV values approximately vary from −1.0 to +1.0 and the indoor thermal environment is basically comfortable.
At longer distances from the source of the attractant, the gradient in our model achieves a steady-state magnitude that approximately varies as the inverse distance to the source: Δ c ~ (k p / D / r.
During the burn, the air temperature was approximately 23.8°C, winds varied between 1.4 and 4.5 km h−1 from the north, and relative humidity was approximately 53%.
The frequency of specific TRDV1-TRAJ recombination within any given donor varied approximately 1000-fold (Table S1).
Fluid viscosity, and hence Prandtl number, has been varied approximately 600 fold.
The peak power density varied approximately linearly with glucose concentrations from 2 to 77 mM/m2 (1–7 mM) with a 1 kΩ resistance.
Under typical experimental conditions, beat rate varied approximately 10% per degree change in temperature or per 0.1 unit change in pH.
The original weights of samples in this study varied approximately between 1 g and 100 g, depending on scales of the eruptions.
Buoyancy corrections were made for polymer swelling; it was found that polymer volume varied approximately linearly with the amount of olefin sorbed.
The amount of protein varied approximately twenty-fold across all the samples, but protein levels did not correlate with repression activity (Table 1).
