Sentence examples for a function of drinking from inspiring English sources

We derived time-weighted arsenic concentration (TWA) as a function of drinking water duration from each well and well arsenic concentration: TWA in micrograms per liter = ∑ Ci Ti/∑ Ti, where Ci and Ti denote the well arsenic concentration and drinking duration from each well, respectively (Ahsan et al. 2006b).

Analyses focused on drinking outcomes as a function of drinking game playing and the social context on occasions where prepartying did and did not occur.

38 Using baseline data, we derived a time weighted arsenic concentration as a function of drinking durations and well arsenic concentrations (see equation A in fig 1).

We derived a time-weighted arsenic concentration (TWA) as a function of drinking durations and well arsenic concentrations [TWA (micrograms per liter) = ∑ C i T i/∑ T i, where C i and T i denote the well arsenic concentration and drinking duration for the ith well] (Ahsan et al. 2006b).

For this purpose, we propose an evaluation function of drinking ease that calculates the optimum opening diameter of the bottle.

Therefore, we define the evaluation function of drinking ease in terms of the difference between the actual volume of fluid in the mouth and the expected ideal volume.

It is therefore argued that assessments of the risk function of drinking behavior and alcohol related harm and the applicability of the prevention paradox should be based also on studies applying more severe injuries and objective criteria for alcohol related harms [ 15].

Aim 2 A two-way analysis of variance was used to compare the mean level of aggression, anger and fear in the most serious incident of partner aggression towards the respondent and by the respondent as a function of gender and whether drinking at the time was reported.

As a function of alcohol abuse, Hispanics more readily endorsed " drinking related legal problems", " drinking related trouble with family or friends" and " drinking related job or school troubles".

The hazard ratios for each simulated individual were modelled as a function of their health behaviours, e.g., a person drinking more alcohol would have a higher hazard ratio than an individual drinking less alcohol and their adjusted mortality risk would therefore also be higher.

Furthermore, child mortality rates continued to be a function of an environmental factor, namely source of drinking water, and a child care behavior factor, where the child was kept when mother was at work, especially the market environment.