The phrase "a factor of a factor" is correct and usable in written English.
It can be used in mathematical contexts or discussions about relationships between variables or elements.
Example: "In this equation, we need to consider a factor of a factor to understand the overall impact on the outcome."
Alternatives: "a component of a component" or "an element of an element".
Kennedy said UT's approach made race a "factor of a factor of a factor" in acceptance decisions affecting those beyond the "Top 10" program.
But as Justice Ruth Bader Ginsburg's dissent in this case said, the University of Texas considers race only as a "factor of a factor of a factor of a factor".
In other words, race is a factor of a factor of a factor of a factor.The upshot of this is that race plays a backseat role.
Justice Ruth Bader Ginsburg, writing in dissent, said there was no need to require the lower courts to take another look, since the "university's admissions policy flexibly considers race only as a 'factor of a factor of a factor of a factor' in the calculus".
Race is then "a factor of a factor of a factor of a factor" in the review of only 20% of the applicant pool, as I wrote last year.This limited use of race "does not, as claimed, function as an open gate to boost minority headcount for a racial quota," Judge Higginbotham wrote in this month's ruling.
All of a sudden, you're increasing speed not by a factor of ten but by a factor of a hundred, possibly even more".
We calculated APC and BPC densities from the aboveground and belowground phytomass data using a K A factor of 0.45 and a K B factor of 0.40, respectively58.
As shown in Equation 13, this change in QP results in a corresponding increase in quantization complexity factor of a factor of approximately 1.1 and a decrease in the number of frame bits by a factor of 1 1. 1. Similarly, a decrease of 1 in QP results in an increase by a factor of 1.1 in the number of frame bits.
Three years later, the department revised its estimate; the catch could be increased not by a factor of ten but by a factor of forty, to two billion tons a year.
The resulting speed-ups from the binary tree are typically a factor of 15 without carving, and a factor of 5 with carving.
Since and (for the simple case of a uniform density distribution), as R goes down by a factor of 10, must go up by a factor of 100.
