Sentence examples for different formulas for the from inspiring English sources

In this paper we test several different formulas for the computation of the exact vorticity and angular velocity in certain radially symmetric solutions of the two-dimensional Navier Stokes equation in vorticity-stream function form.

The k x,x ′) function has a discontinuity at the corner points of the wall arising from the two different formulas for the parallel and perpendicular elements.

Moreover, AUCInsulin 0-30)/AUcorrected0-30), corrected insulin response (CIR), AUCC-Peptide 0-30)/AUCC-Peptide 0-30 AUCC-Peptide 0-120)/AUCC-Peptide 0-120 two different formulas for the incremental insulin response from 0 30 min, i.e., the insulinogenic indices (IGI 2 and IGI1, and insulin 30 min were significantly higher-ranked than homeostasis model assessment of β-cell function (HOMA-B; p<0.05).

Trees built with different cut-off values for symmetrical best hits, four different formulas for the evolutionary distance calculation (see Materials and Methods) and different parameters of the distributions showed essentially the same topology, with strong bootstrap support for most of the clades (Fig. 5 and data not shown).

At times there may be different formulas for the same set of variables and you may be confused as to which one to use.

Our goal is to prove a2 + b2 = c2 The area can be written in two ways The area can be written in two ways Equate the two different formulas for the area of the right triangle.

Different formulae for the combustion efficiency are compared.

Different formulae for the weight-bearing strength of the consolidated bed (so-called weak gel and strong gel formulae, which differ near the top of the bed) are considered.

An alternative to this model is developed by introducing a different formula for the efficiency of collisions the mechanism of coalescence of drops by film drainage is replaced by a mechanism based on the effect of collision impact.

Closed-form relations cannot be derived in general since for any distribution of R and Y, a different formula for the busy periods and consequently for the service time exists.

To make precise the idea that f ′('a') is the best linear approximation, it is necessary to adapt a different formula for the one-variable derivative in which these problems disappear.