Sentence examples for function of a figure from inspiring English sources

Students were immersed in a year-long discussion (General Biology I and II) of the scientific method and its appropriate use; it is not surprising that students recognized the function of a figure.

The figures are not well explained in the legends – the legends report details that might be more appropriate in a technical methods section and do not perform the main function of a figure legend, which is to explain how to read the figure.

The intron dot density ρ profile as a function of A-P position (Figure 3A) resembles broadly the profiles of Hb proteins at a comparable developmental time [9], [10], [11], [12], [19], [32], [33] (see below for a quantitative comparison).

For completeness, the same data and fit are plotted as a function of pressure in Figure 7. Figure 6 Compressional sound velocity as a function of density.

The bounds were in a first step obtained graphically by plotting C 2 N as a function of A r (see figure 1).

However, the decrease back in time is a strong function of magnitude (Figure 5), a relationship easily explained by under-recording, but essentially inexplicable by a physical process.

A plot of CV of the basal expression level of rel as a function of time (Figure 3C) showed a similar variation as the transition rate, with the maxima in both the curves occurring around the same time.

The inhibitory contribution to the input of layer 2 neurons as a function of figure size is shown in figure 9.

By substituting the covariance matrix Σ N ″ in Equation (18), we can quantify the functionality of R1 as a function of Q. Figure 2 shows a typical numerical example of R1 as a function of Q derived by Equation (18).

First, to identify regions that showed a linear increase or decrease in response amplitude as a function of RT (Figure 1B C), the coefficients of the 7 FIR regressors were weighted to fit a gamma hemodynamic response function (HRF [33]).

Time-dependent angle-resolved photoemission spectroscopic studies show the emergence of a topologically trivial 2D electron gas forming at the surface of Bi2Se3 as a function of time (Figure 3) [72].