Sentence examples for relation of the coefficient from inspiring English sources

In this statistical analysis, we determined the second-order least-square fitted curves better than the linear regression line for the results that passed through the above F-test for the new additional terms and were satisfied with the large/small relation of the coefficient of determination of R 2 > R 1 (R 1: linear regression line, R 2: second-order least-square fitted curves).

Moreover, we checked the large/small relations of the coefficient of determinations R for the linear regression and the second-order least-square fitted curves.

Also, the minimum and maximum interaction amount variables in relation to the coefficient of AC and BD Coded Factors were obtained as 0.1875 and 0.3988, respectively.

Similarly to the previous section, we have a recurrence relation for the coefficients of (m_{n}(x beta,c)).

Regression analyses between crop yields and SQI values showed a quadratic type of relation with the coefficient of determination (R2) varying from 0.78 to 0.89.

Since f ( 3 ) = 0, by the use of the dispersion relation (30) the coefficient of ε 3 vanishes trivially, so do the rest of ε j, ∀ j > 3. Thus, the solution describing a head collision of two-q-solitons (see Figure 1) is expressed as f ( x, t ) = 1 + x α 1 exp ( β 1 t + η 1 ) + x α 2 exp ( β 2 t + η 2 ) + A ( 1, 2 ) x α 1 + α 2 exp ( ( β 1 + β 2 ) t + ( η 1 + η 2 ) ). (35).

The optimal chemical potentials of the cyclic working fluid and the optimal relation between the coefficient of performance and the rate of energy pumping for the chemical pumps are derived.

The relation between the coefficient of performance and the rate of energy pumping of the isothermal chemical pump is derived by using finite-time thermodynamics.

Considering the nonlinear relations of the proportion coefficient C, pedestrian height, and stride length, we use a back propagation (BP) neural network to obtain this nonlinear mapping for the sake of predicting the value C accurately and real timely.

The optimal relation between the coefficient of performance and the rate of energy pumping is derived.

The expression for optimal relation between the coefficient of performance and the rate of energy pumping is derived.