Sentence examples for which will correspond from inspiring English sources

According to a Russian statement, Mr. Putin "expressed the hope that a solution will be found for this problem which will correspond both to legal and humanitarian principles".

At this stage, the spadix is already adnate to the spathe along its lower half, which will correspond later to the female zone (Figure 3A,B).

Each root will have an imaginary part, which will correspond to the frequency of the mode, and a real part, which is linked to the linewidth of the mode.

Since r ˙ is independent of θ, stationary points and periodic orbits lie on contours of r ˙ = 0, i.e. r = 0, the fixed point, which is stable if μ < 0 and unstable if μ > 0, and the solutions of 0 = μ − a r 2 + b r 4 − c r 6. which will correspond to a degenerate circle of fixed points if r 2 = ω / d is a solution (a special case we ignore), and a periodic orbit otherwise.

Thus the distribution w is really intended as a measure of infectiousness which will correspond to generation times for an index case in an ideal large closed setting where contact rates are constant.

From this we will extract a clustering partition, which will correspond to transcriptional modules.

Then you'll need to design the layout, figuring out which buttons and knobs will correspond with which effects, and where the best placements will be.

Therefore, we propose that the temporal sequence in which attractors are attained will correspond to the sequence in which their maximum probabilities are reached.

It is unlikely that AFLP markers, which are presumed neutral, will correspond to adaptive differentiation in this species, and strategies for transfer of E. glaucus are derived from previous studies of adaptive variation as well as marker data (Kirk and Freeland 2011).

And while working in Zoho Docs, the company has added a chat function, which will let you correspond with people in those groups as you work.

Our theory also identifies a region of the complex plane within which the eigenvalues lie, and tells us which of these putative timescales will correspond to localized eigenvectors.