Sentence examples for determine the apportionment from inspiring English sources

The Supreme Court has ruled that only the raw numbers can determine the apportionment of Congressional seats among the states.

The administration asked to include a question about citizenship in the 2020 Census, which will determine the apportionment of House seats.

It matters, of course, because the numbers determine the apportionment of seats in the House of Representatives, as well as the allocation of public funding to places as large as Miami and as small as San Antonio, which Ms. Sessa figures has lost out on nearly $130,000 over the last decade.

"Next year's census will determine the apportionment of House members and Electoral College votes for each state.

Rep. Steve King (R-Iowa) said in December he wants the census to count citizens separately from non-citizens and then use only the count of citizens to determine the apportionment of congressional seats.

Ultimately, however, its main contribution was in determining the apportionment of the Senate, and thus retaining a federal character in the constitution.

Further, it would seem to be clear that the state could appropriately provide for meeting the preliminary expense when it was incurred, and could determine the manner of apportionment according to the interests deemed to be affected as they existed at the time.

The revelation comes at a time when immigrant communities feel besieged and are already worried about participating in the census, which determines the allocation of $800 billion a year in federal funds along with congressional apportionment.

Monitoring of anthropogenic release of heavy metals is usually done to determine the distribution of pollutants and apportionment of sources (Kelepertsis et al. 2006).

Such efforts require source apportionment techniques to determine the share of each element within a given source or factor.

Strategies for addressing these issues include bioassay-directed chemical characterization of bioactive components of complex mixtures, apportionment methods to determine the source of biological activity and risk, DNA adduct methods to determine tissue exposure and target dose of mixtures, and comparative approaches to determining the relative similarity, potency, and risk of complex mixtures.