The phrase "applying the relationship" is correct and usable in written English.
It can be used in contexts where one is discussing the implementation or utilization of a specific relationship, such as in mathematics, social sciences, or business.
Example: "In our analysis, we focused on applying the relationship between customer satisfaction and retention rates to improve our service."
Alternatives: "utilizing the relationship" or "implementing the relationship".
The selectivity equations are then converted into nomograph form by applying the relationship between the transfer function and the response slope.
Numerous investigations have arisen in order to study and characterise environmentally friendly consumer profiles, with some authors applying the relationship between knowledge, attitudes and behaviour to this end.
Then, the resulting transfer function, approximating the fractional-order operators, can be obtained by applying the relationship [12]: (2.15).
In Section 5, we demonstrate the use of our developed hop-distance relationship by applying the relationship to a least squares (LS) based localization algorithm.
The corresponding number of spheres per cubic micrometer in these phantoms is 0.0131, 0.0073, 0.00364 which were found by applying the relationship in Eq. (1).
BenMAP then uses concentration response functions (CR) to calculate the relationship between the pollution and certain health effects, applying the relationship to the exposed population (Abt Associates 2010).
Therefore, care should be taken in applying the relationships for soil types and conditions different from those for which they were proposed.
The workflow to apply the relationship to the correction of laboratory permeability measurements is discussed as well.
Beginning with elasticity basic concepts and the classical theories of stressed materials, the work goes on to apply the relationship between forces, displacements, stresses and strains on the process of modeling, simulating and designing engineered technical systems.
For dispersion, a corresponding difference in the time constant could be roughly estimated as Δτ = ±0.6 s for ±2-s appearance time difference if we apply the relationship between the time difference (Δt) and the constant as Δτ = 0.31Δt − 0.30 [17].
Additionally, it applies the relationship that the neighboring pixels have to the central one in magnitude and angle deviation, connecting them by fuzzy logic rules designed to estimate the motion and noise parameters.
