Sentence examples for per unit of work from inspiring English sources

Productivity is calculated as the ratio of output per unit of work time.

Assuming the same length of draw and available force, the total amount of potential energy that an archer could store in a bow was a function of the bow's length; that is, the longer the arms of the bow, the more energy stored per unit of work expended in the draw and, therefore, the more kinetic energy imparted to the string and arrow.

Based on the earned income per unit of work, indirect costs per attack resulted to be 24.55 € for frovatriptan and 45.84 € for rizatriptan.

The idea, experts say, is that the higher the response for each segment, the stronger the leverageable position is for each brand and its particular models, and the better its ability to deliver more dollars per unit of work (aka: more value) from assembly to sales and service.

Evaluating the average loss of productivity [15] and the earned income per unit of work [34], applied to the number of migraine attacks observed during the study, the costs due to lost working days in the two treatment groups were estimated to amount to 8,766.13 € for frovatriptan (357 attacks) and 16,592.63 € for rizatriptan (362 attacks).

The ATP utilisation per repetition per unit of work was 21% higher in the second 5 repetitions than in the first 5.

The company agreed to buy the fuel from the Russians for $110 to $120 per unit of enrichment work, called a "separative work unit," but those units now have a market price in the $80 range, so keeping the contract is a guaranteed way to lose money.

Modern nuclear programs, from France to Russia to Iran, now use centrifuges because they consume about 95 percent less electricity per unit of sorting work.

They have a higher energy density, which means they can store more kilowatt-hours of work per unit of weight and volume than other chemistries.

I suspect that bigness also poses similar problems at the level of individual research groups and laboratories, and that productivity per unit of funding or per working scientist starts to fall when the group or laboratory increases above a certain size (Hubel, 2009; Berg, 2012; Fortin and Currie, 2013).

By making it possible to produce more per unit of land and per hour of work, less land and labour are required for a given amount of output.