The set of frequency envelopes can be considered as a function of two parameters: sample number and frequency.
For instance, :f x,y) = x^2 + xy + y^2.\, f can be reinterpreted as a family of functions of one variable indexed by the other variables: :f x,y) = f_x y) = x^2 + xy + y^2.\, In other words, every value of x chooses a function, denoted fx, which is a function of one real number.
In the domain of human beings, for example, "the mother of —" is a monadic function (a function of one argument), since for every human being there is a unique individual who is his mother; and in the domain of the natural numbers (i.e., 0, 1, 2, …), "the sum of — and —" is a function of two arguments, since for any pair of natural numbers there is a natural number that is their sum.
Moreover, a linear regression model is developed, which predicts the Bodenstein number as a function of two CFI design parameters under defined boundary conditions.
The power to correctly infer deletions is a function of three variables: (i) the number of probes, distance between probes or size of the deletion; (ii) the frequency of the deletion in the population; and (iii) the allele frequencies.
The stability of the transduction complexes at sensory endings is likely to be a function of three main factors: the number of 'transducosomes' that arrive per unit of time; the propensity of such vesicles to fuse with the membrane and deliver functional transduction proteins; and, finally, the stability of existing transduction complexes.
The propagation of periodic axial sound waves in gases contained in circular cylindrical structures is a function of four parameters: s=R·/, the shear wave number or Stokes number, k=ω·R/c, known as the reduced frequency, σ=·/, the square root of the Prandtl number and γ=Cp/Cv, the ratio of specific heats.
When we think of + as a function of one argument, we see that it maps any number x to the function [+x].
We modelled the probability of position change (%, dependent variable) as a function of seven explanatory variables (fixed effects) accounting for the number of variables (10 12) and for differences in amount of IVE between explanatory variables (Table 4).
Table 3 shows simulation time and memory allocated for the two stochastic simulators as a function of number of reactions, number of molecule species, and total number of molecules.
