Sentence examples for axis and the second from inspiring English sources
Specificity constants of LinBUT (vertical hexagon), LinBMI (circle), and their intermediate mutants (single, open triangle; double, horizontal hexagon; 3-point, pentagon; 4-point, square; 5-point, diandnd; and 6-point, closed triangle) for the first conversion (from β-HCH to PCHL: X axis) and the second conversion (from PCHL to TCDL: Y axis) steps (Table 1) were plotted in logarithmical values.
Figure 2B shows the locations of the monophthongal vowels of English in the formant plane defined by the first formant frequency F1 (represented on the x axis) and the second formant frequency F2 (represented on the y axis).
Several different landmarks can be used for tibial rotational alignment including extraarticular references (i.e., the transmalleolar axis and the second metatarsal bone).
A plot of the scores on the Common Allometric Component axis and the second Residual Shape Component (RS C2, explaining 18% of residual shape variation) is shown in Figure 6.
The PCA data that was generated after masking showed a similar pattern as the one generated before masking, i.e. soybean and common bean GeneChip data sets were separated along the first principal component axis and the second principal component axis separated leaf from nodule and root.
We assume the first axis and the third axis are linked a3 = a1, the second rotation is fixed r 2 = 0, and that the minor exponent and minor axis are ratio linked e2 = a2 /a2.
Since standard angles on lateral radiographs tend to underestimate the grade of deformity with midfoot joint displacement [ 19], the dorsal midfoot displacement (lateral view x-ray; the vertical distance at the level of dislocation between the talar midline axis and the first metatarsal axis) was measured.
In Fig. 1, the first pattern is represented by countries below the x-axis, and the second pattern plots countries above the x-axis.
The strength of the OLS bisector model is that the overall slope is calculated from two models representing the two bounding functions, where the first model assumes all measurement error occurs on the y-axis and the second assumes that all measurement error occurs on the x-axis.
Figure 4C shows the relative distances between the closest mouse to the sound source (x-axis) and the second closest mouse (y-axis), plotted as the difference between the distance distribution (red = higher proportion of assigned vocalizations; blue = higher proportion of unassigned vocalizations.
Where the second dimension has an x-axis and a y-axis, and the third dimension has x-, y-, and z-axes, the fourth dimension has an x-, y-, and z-axis plus another entirely separate plane of existence.
