Sentence examples for the expected plot from inspiring English sources

Upon exclusion of all markers in LD with the most significant SNPs from the 48 known height loci (2, 3, 5, 6, 18), a deviation from the expected plot under the null hypothesis was still prevalent, suggesting the presence of additional, significantly associated loci in our data.

But it is also a refusal to accept a never-ending story where black deaths are an expected plot twist.

As expected, plotting the distribution of inter-model RMSD values against the #RotB descriptor (Additional file 1: Figs. S9 S10) confirms that with an increased conformational freedom of the ligand (higher #RotB) the chance of more pronounced geometry fluctuations rises a fact that should be reflected upon when evaluating RMSD values for larger and more flexible compounds.

I can enjoy an elegiac rumination on what was lost, but it has to fill the space where we expect plot with a powerful voice and compelling, unique characters.

If the expected between-plot variation can be expressed as a function of plot size (see Freese 1961, Zeide 1980) the optimal plot size can be calculated analytically.

For this choice of phase, we plot the expected quantum and classical interference patterns in Figure 7.

In Figure 6(a) we plot the expected coverage and the upper bound of the coverage as the function of, where is set to, cameras are of type.

Using (58), we can now plot the expected density of successfully detecting nodes (p D ·λ(p D )) as a function of the required detection probability.

Reformulating the equation, one can plot the expected value of the measured angle as a function of the distance between the receiver and the center of rotation of the transmitter.

For reference, we also plot the expected age of school entry based on the de facto provincial minimum ages and a nationwide cutoff date on August 31 in the same figure.

Here, we plot the expected quantum (solid black) vs. the corresponding classical interference visibility (blue, dashed) as a function of (phi _{0}) for a test particle of mass (m=10^{9}) amu, (T=100mbox{ s}), and (lambda_{g}=200mbox{ nm}) for the wavelength of the beam for the standing-wave grating.