Sentence examples for a function of effort from inspiring English sources

Magazines parade an army of abdominals, turning manliness into a function of effort rather than absent-mindedness.

In other diverse suburbs, too, such as Montgomery County in Maryland or the Louisville, Ky., area, desegregation was often a function of effort.

Conditional on a logistical model which expresses costs of soil sampling as a function of effort, and statistical information from which the error of estimates can be modelled as a function of effort, the implicit loss function is the loss function which makes a particular decision on effort rational.

It has more recently been adopted in population genetics [ 29- 31] and it has potential utility in genomics, particularly with regard to gene discovery as a function of effort.

We will assess the hypothesis that, compared with healthy controls, CFS patients will show alterations in neural response to "too much" and "too little" and that these alterations will vary as a function of effort level.

To this end, we will test the hypothesis that CFS patients show alterations in neural feedback-processing towards errors that indicate that too little versus too much physical effort has been produced and that these alterations vary as a function of effort level.

"The number of prosecutions is not a function of resources, effort, commitment or courage," Mr. Bharara said last year, speaking to a group of reporters.

Inspired by prior work, which demonstrated that fractal scaling of BOLD signal is increased at rest and modulated by task performance5,6,7, we hypothesize that fractal scaling decreases globally as a function of cognitive effort.

Owing to equivocal research results regarding gender and experience differences in attention and perceived exertion reports, this study was designed to examine whether attention allocation varied as a function of perceived effort manipulated by physical workload, and whether gender and experience differences would emerge in regards to attention use.

According to Bell [8], strength achieved is largely a function of compactive effort, soil texture and, in the case of clay soils, the type of clay minerals present.

However, a clear advantage of using microcosms to study Taylor's law is that sampling error can be rejected empirically in future experiments, for example, by plotting variance as a function of sampling effort for different values of mean abundance.