Sentence examples for large fraction of spending from inspiring English sources

Although several demographic and case-mix indicators that have been related to spending at the individual level were statistically significant predictors of spending at the HRR level, they did not show enough geographic variation to explain a large fraction of spending variation.

Launching local methods from random points leads to spending a large fraction of the computational time in unsuccessful searches.

If the unemployment insurance program redistributes resources from people who spend a relatively large fraction of their resources on restaurants and hotels toward people who spend a large fraction on groceries and cellphone services, the redistribution may well reduce national labor demand rather than increase it.

The ionized hydrogen molecule consists of two protons bound together by a single electron, which spends a large fraction of its time in the region between the protons.

Perhaps a few food-stamp beneficiaries, absent restrictions, spend a large fraction of their food budget on snacks and sweets (I am not aware of any U.S.D.A. analysis of the frequency of such cases).

These are people who will spend a large fraction of any aid, and therefore transfers to that group will have a much bigger multiplier effect than, say, tax cuts for the rich.

Children and adolescents spend a large fraction of their lives in schools.

Sardinia, despite not being part of the core "Converge" regions, managed to spend a large fraction of it.

Since most of the participants were trained in Pakistan and had spent a large fraction of their formative years in Pakistan, we wanted to see how they related evolution to their religious beliefs.

These sources undergo short sporadic outbursts (LX∼ 1036 1037 erg s−1), lasting few ks at the most, and spend a large fraction of their time in an intermediate luminosity state at about LX∼ 1033 1034 erg s−1.

This system was supplemented by a range and range-rate system which was expected to permit the more accurate computation of the orbit parameters in a shorter time, especially in the case of the highly eccentric orbit in which the satellite spent a large fraction of its time at large distances from the Earth where the angular rates are very low.