The phrase "a multiplying factor" is correct and usable in written English.
It can be used in mathematical or financial contexts to refer to a number that is used to multiply another number to achieve a desired result.
Example: "To calculate the total cost, we need to apply a multiplying factor of 1.2 to the base price."
Alternatives: "scaling factor" or "growth factor".
These expressions differ only in the numerical value of a multiplying factor.
For that student, Korean pop culture gave her a sense of identity and her interests emanated, so there was a multiplying factor and her friends became interested too.
Governments sometimes attempt to equalize effective assessed valuations by supplying a multiplying factor for various taxing districts based upon the degree to which their assessors undervalue.
The most common way committees modify LTI awards is to apply a multiplying factor derived from rTSR performance that can adjust the payout downward or upward, according to Equilar data.
Adopted in 1991, it stands for a multiplying factor of one part in a million billion billion (one septillion) parts, which is often written as 10-24.That 10-24.Thatsmall.
PERMZ was reduced globally by a multiplying factor of 0.01.
However, even though it employs a slightly different frequency weighting for vertical vibration, and a 1·4 multiplying factor for horizontal vibration, ISO 2631 (1997) can be interpreted so as to provide evaluations similar to those made according to BS 6841 (1987).
Quantitative agreement with experimental results can be obtained by using a single multiplying factor on the particle surface area to account for (as a first approximation) the effects of porosity.
Figure 4 B shows a histogram of the percentage of QD area within a single section to that summed across all cell sections; the data are an amalgamation of 453 sections taken from three cells; the mean value is 0.67% of the total cell area exposed in a section, which implies a 2-D to 3-D multiplying factor of 150.
The document describes climate change as a "national security issue" and "multiplying factor of social and political fragility".
If n denotes the number of observations used in SEM, k denotes the multiplying factor for a chosen power level, degrees of freedom and alpha (type I error), and d denotes the chi-square difference between the SEM with and without the parameter(s) of interest, then N = k*n/d gives the required sample size.
