Sentence examples for multiplying the relative from inspiring English sources

Multiplying the relative carbon value by the market value of carbon determines the risk scaled value of carbon for each pixel.

The quality subindex for each parameter (SIi) is calculated by multiplying the relative weight of the parameter by its (q i ) using Eq. 5.   5.

The composition of the next generation gene pools can be calculated using the gene pool tables (example in Table 3): For each gene pool, the number of bricks of each color is calculated by multiplying the relative fitnesses by 100.

Thus, the composition of the next generation's gene pools can be calculated using the gene pool table (Table 3, bottom row): For each gene pool, the number of bricks of each color is calculated by multiplying the relative fitnesses by 100.

The QI is the ratio calculated by multiplying the relative significance of a usability requirement (self-stated importance) for the subject with the gap value of the facilitator rating scale in the questionnaire QI = RI;(EFES) (4 where, RI = Relative importance, EF = evaluation of facilitator, and ES = evaluation of subject.

The effective amplitudes are obtained by multiplying the relative amplitudes by the mixture partial amplitudes shown in the last row of Table 1, hence the sum of each column in this case is equal to the amplitudes shown in the last row of Table 1.

In this article, despite the lack of experimental results, we use the relative specific heat capacity (ρC p )r, which is the most realistic in the physical sense that the relative density, which multiplies the relative specific heat (ρr)(C p )r which is used by several authors.

The per-allele increase in relative risk is 1.26, i.e. each additional f multiplied the relative risk by 1.26 (β=0.2285, Ptrend=0.0013).

To estimate the expected number of insertions we multiply the relative proportion of chromatin of each chromosome by the number of total insertions in the population.

In addition, for the absolute abundance, we multiplied the relative abundance of an OTU by the obtained bacterial load per sample measured by quantitative PCR.

Solution: Multiply the relative error with the actual value then divided by 100%%.