Sentence examples for by multiplying this number from inspiring English sources

Then, the frequency of the c. [833C; –] chromosomes was estimated by multiplying this number by the proportion of c.[833C; –] chromosomes observed among patients.

The PI is obtained by multiplying this number by two: (% CS+ −50%) × 2. A back-up was created during the third generation of backcrossing to ensure continuation of the project during transition from the United States of America to the Netherlands.

For any given r i (0 ), the value of contacts (no control) is fixed: each individual will make contact with all of its neighbours within radius r i (0 ), so a fixed number of contacts occurs at each time step, and contacts (no control) can be calculated by multiplying this number by the length of the reference period.

Subsequently, the total costs of a curative health intervention were estimated by multiplying this number with the relevant unit costs: (1) C j = U j ∑ a ∑ s I a s j H a s j where C j is the population level costs of intervention j, U j indicates the unit costs of curative health intervention j.

Then, the number of preventable new ESRD cases was estimated from the proportion of patients with diabetes in 2010 by multiplying this number with the excess incidence rate, (= incidence rate of ESRD [patients with diabetes] − incidence rate of ESRD [nondiabetic subjects]), which was then multiplied with the EYLL per case of ESRD due to diabetes.

Solve the equation by multiplying this number by the principal amount.

The controversiality M of an article is then defined by summing the weights of all mutually reverting editor pairs, multiplying this number by the total number of editors E involved in the article.

The calculation of parasitemia of positive animals was performed following the method described by Brener [ 17], which involved determining the number of T. vivax observed in ten fields of view, multiplying this number by 100 and dividing it by the number of red blood cells in all ten fields (+/−1000).

The sizes (e.g. cephalad-caudad length) were calculated from mouse segmentations by calculating the number of transaxial slices containing the mouse and multiplying this number by the slice thickness.

This was calculated by dividing the sub-total number of occurrences of each pattern by the total number of occurrences of the overall Theme patterns and then multiplying this number by 100.

Multiplying this number by the probability of default determined above produces the expected cost of default, or the amount a company would want to insure itself for, if it could.