Sentence examples for propagating the standard from inspiring English sources

Standard error was calculated by propagating the standard deviation of each QM throughout subsequent calculations.

We found that this average is μ A − μ normal = 1 N ∑ i = 1 N (μ A i − μ normal i ) = 0.48 ± 0.11 (mgg − 1   FW ) / hr, where the error was again estimated by propagating the standard errors of the mean.

Then, the error bar of the two frequencies and of the ratio G can be obtained propagating these standard deviations.

Standard errors in the θ tip angles were calculated by propagating the error in measuring the positions of each tip of the tube.

Both government and the scientific community outside of government have played independent but reinforcing roles in developing and propagating these standards and practices.

It is also a function of strategic and military relationships, laws, institutions and incumbency.Mr Eichengreen, who teaches at the University of California, Berkeley, is an international monetary historian whose research into how the gold standard propagated the Great Depression was the basis for his seminal 1992 book, "Golden Fetters".

We've been critical of online education in the past, arguing that video lectures, even enhanced with some interactivity, still propagate the antiquated memorization-obsessed education standards of the 20th century.

Uncertainties in the parameters A, δ, and B from eq 2 were determined through numerically calculating the second derivative around the minimum of chi-square space as described elsewhere, and propagated to determine the standard deviation in the phase values obtained from the fit.

The error on this quantity was estimated by propagating standard errors of the mean.

The group wrote that Bush "has propagated the false narrative that the Common Core standards are merely learning goals and are of high quality".

A means to assess the agreement of the measured results with the assigned values are zeta-scores, calculated as the difference between the measured value and the assigned value divided by the quadratically propagated standard uncertainty of the measured value and of the assigned value.