Sentence examples for distribution separately from inspiring English sources

If you have more than one I.R.A. other than Roth I.R.A.'s, which don't have required minimum distributions, you need to calculate the distribution separately for each but are then permitted to withdraw the total from any single source or a combination.

To select the best fitting model, we fitted parametric models with exponential, log-logistic, log normal and gamma distribution separately.

Since RDN accounts for both density and predictive reliability, it is worth evaluating both density in chemical space (both locally and globally) and response distribution separately.

Three zones designated as tension zone, holding zone and compression zone respectively were divided to analyze the stress distribution separately based on some assumptions.

At constant total mass of stiffeners, the effects of non-uniform eccentricity distribution and non-uniform rings spacing distribution (separately and simultaneously) on natural frequencies are investigated.

Overall, our results indicate that the diversity and distribution patterns of individual taxa are influenced by a mosaic of factors, each potentially affecting species distribution separately or in combination.

We present these distributions separately for those in Vocational/Certificate, AA, and BA programs; and, within those, separately for completers and all attempters.

Gap acceptance data of two-wheelers (for intersections A and B) and four-wheelers (for intersection C) are tried to fit into a normal distribution, lognormal distribution, gamma distribution, Dagum distribution and Dagum (4p) distributions separately for each intersection.

Shakedown of ballasted railway structures was analyzed based on Melan's shakedown theorem, in which the wheel/rail contact was approximated by Hertz (circular and elliptical contact areas), uniform and trapezoidal load distributions, separately.

We calculated similar distributions separately for three seasons in 2011: equinox (March, April, September, and October), summer (May, June, July, and August) and winter (November, December, January, and February).

These tests were based on the likelihood-ratio statistic (LR) obtained by comparing the fit of the two distributions separately to the Control and each of the disturbed conditions.