Sentence examples for coefficient of work from inspiring English sources

There exists a nonlinear relationship between total work hours and subjective well-being because the coefficient of "work 51 60 h" is not significant in the model.

The result shows that long work hours indeed has a significantly negative effect on subjective well-being as the coefficient of "work 41 50 h" is 0.257 (p < 0.1) and the coefficient of "work 61 h or more" is 0.660 (p < 0.001).9 This evidence lends support to Hypothesis 6.

In this case, for instance, if the more recent immigration cohorts have a lower (higher) unobserved ability, least squares estimates will lead to an upward (downward) bias in the estimated coefficient of work experience in Italy.

The negative coefficients of work experience and social background however, are somewhat surprising, but we only can speculate about the reasons for this.

The midpoint of each category was used to ease readability of the estimated coefficients of work hours; the variable was scaled to working hours per day (assuming 5 working days per week) in continuous form.

By looking at the unexplained part, differences in coefficients of work experience account for the largest share of the unexplained part; the quadratic coefficients are 0.389 and −0.185 respectively and are statistically significant at the 5% level.

In the model, standardized partial regression coefficients of work conditions, reward and cooperation with colleagues were greater than the coefficients of the others.

The temperature coefficients of the potential of zero charge of Hg are examined after correction for the temperature coefficient of the work function of the metal, and the relation of their sign to the orientation of the solvent at the Hg/solution interface is discussed.

The internal scale consistency coefficient of a work related satisfaction scale including all 17 items was 0.88.

The effect of the thermodynamic and pneumatic parameters including charging pressure, natural frequency of displacer, damping coefficient of displacer, working frequency on the pressure, displacement and displacer phase shift has been investigated, respectively by means of experimental and theoretical method.

Thermodynamic and heat transfer models are developed to calculate the local and averaged heat transfer coefficient of the working fluid throughout the boiling process, based on the geometry of the selected heat exchanger.