Sentence examples for arbitrary quantities from inspiring English sources
The phrase "arbitrary quantities" is correct and usable in written English
It can be used in contexts involving mathematics, physics, or any field where values are chosen without a specific reason or pattern. Example: "In the experiment, we assigned arbitrary quantities to the variables to observe their effects on the outcome."
His point is that all good productions and all processes of generation that come to a good end presuppose 'right measure', while arbitrary quantities ('the more and less') have no such results.
Rampant speculation is the domain of an advanced and complex economy, that has realized -- even if subconsciously -- that money is a fluid concept and can be manufactured readily in arbitrary quantities by the confluence of human ingenuity and mass belief.
The control cDNA was diluted from 1 6.25 to 1 25,600 and relative arbitrary quantities were defined.
The paper suggests a theoretical consideration of the growth kinetics of spherical clusters in the presence of an arbitrary quantity of supporting electrolyte.
Where ρ ¯ ij Open image in new window is the mean value of density between the i th and j th particle, and ϵ' is the relative change of an arbitrary quantity between simulations.
Here we develop a computational method, a probabilistic decomposition-synthesis technique, that takes into account the nature of internal instabilities to inexpensively determine the non-Gaussian probability density function for any arbitrary quantity of interest.
Finally, by considering an arbitrary quantity defined from the graph, we also generalize some of the known results on lower and upper bounds that are obtained previously (see [12, 17, 18]) and our results that will be given in the second section.
Applying the efficiency-corrected comparative quantitation method [40], results were calculated as "relative quantity to the calibrator," where the calibrator sample (purified P-SS2 gDNA) is assigned an arbitrary quantity of "1" and the unknown samples (LASL PCR intermediate and WGSL ligation) are expressed in terms of their fold difference (variation) to this sample.
Q-PCR data are expressed relative to a calibrator sample assigned an arbitrary quantity of 1.
Gregory et al.[ 10] discussed the edge betweenness centrality measure and developed a new algorithm CONGA, which decompose networks into arbitrary quantity overlapping structures, to discover overlapping communities in networks.
The signal-production constant of the virtual signal through the MDP, M α, was set to 1 unit/Gy where "unit" denotes an arbitrary quantity of the virtual signal.
