This indicates that the task (i.e., compare objects according to volume or surface area) did not influence the judgment and that the same strategies were used for both volume and surface area judgments.
Overall, both volume and surface area decrease with increasing levels of strain for the three chain architectures.
All types of three-parameter equivalent shape models considered provided acceptable accuracy in predicting both volume and surface area, with the box models being generally more physical and realistic than the ellipsoid-based equivalent shape models for the type of rocks considered.
Our previous study on perceptual biases (Kahrimanovic et al., 2010) showed that for the comparison of differently shaped objects, participants used comparable strategies for both volume and surface area judgments.
Because both the volume and area were larger for broomcorn millet than foxtail millet, either number may be used as an index to distinguish them.
We showed that TcdA, in higher concentration, caused dramatic changes in cell morphlogy as assessed by AFM associated with significant decrease in both cell volume and area and increase in cell height, as a result of shrinkage of the cell associated with aggregation of cellular material around the nucleus.
Plaque area, volume, and area stenosis measurements were similar between CCTA and IVUS, while CCTA slightly overestimated luminal area.
TcdA decreased cell volume and area and increased cell height by 79%, 66.2%, and 58.9%, respectively.
We measured shoot weight, average root diameter, as well as root weight, length, volume, and area.
Absolute dense volume and area percent density had the weakest correlation (ρ = 0.24, 95%% CI 0.15 0.33).
