Lethal experimental data was transformed into square root of (x + 1) where needed, before analysis.
Throughout this section, we denote the p th non-Newtonian exponent and the q th non-Newtonian root of x ∈ R ( N ) by x p N and x q N, respectively.
Theorem 2.13 infers that h ( Y ) = 1 2 ( h ( Y 1 ) + h ( Y 2 ) ) = 1 2 ( log g + log λ 1 ) ≈ log 1.4640, where g = ( 1 + 5 ) / 2 is the golden mean and λ 1 = 1.3247 … is the maximal root of x 3 − x − 1 = 0. To estimate the exact number of the mosaic patterns of length n with boundary conditions, we consider the case where n = 20.
So the 23rd root of "X" equals "Y" multiplied by itself 23 times.
Methanol leaf, stem and root of X. terrae-reginae show antioxidant activity (IC50) from 10, 9.7 and 10.5 μg/ml respectively [ 20].
The output of EGS-RSA is a standard for RSA with 3 coordinate numbers (X, Y, and Z), and from these, 2D and 3D linear wear vectors can be calculated by Pythagoras' theorem (as the square root of (X + Y) and the square root of (X + Y + Z), respectively).
Subsequently, the distance of any atom to the channel axis can be calculated from its X and Y coordinates in the transformed PDB coordinate file as the square root of (X + Y).
A random variable with zero mean and SD proportional to the square root of X is simulated to represent the variation/fluctuation in the observed mean number of deaths, and this is added to X.
Matthew's Correlation Coefficient is also calculated to measure how well a classification model is, and it is defined as MCC = (TP × TN − FP × FN /sqrt TP + FP × TP + FN × TN + FP × TN + FN)), where sqrt(x) is the squared root of x.
The square root of x = x^1/2.
The square root of x + 3 = 10.
