John Boozman - Electoral history - U.S. House of Representatives

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Structured data parsed from Wikipedia. U.S. House of Representatives Party Candidate Votes % +% Party Candidate Votes % +% Party Candidate Votes % +% Arkansas's 3rd Congressional District House Election, 2002

Data Source : WIKIPEDIA
Number of Data columns : 4 Number of Data rows : 3
Categories : economy, demography, politics, knowledge

Dataset

Data row number Candidate Votes % ±

Download the dataset to see the full list of 3 entries

Data Columns

Name Description Data Type
Candidate text
Votes text
% integer
± text

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Voiceless dental and alveolar stops - Occurrence - Dental or denti-alveolar

From WIKIPEDIA

Structured data parsed from Wikipedia. Dental or denti alveolar

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Population ecology - Geometric populations - Mathematical relationship between geometric and exponential populations

From WIKIPEDIA

Structured data parsed from Wikipedia. Mathematical relationship between geometric and exponential populations In geometric populations, R and λ represent growth constants (see 2 and 2.3). In exponential populations however, the intrinsic growth rate, also known as intrinsic rate of increase (r) is the relevant growth constant. Since generations of reproduction in a geometric population do not overlap (e.g. reproduce once a year) but do in an exponential population, geometric and exponential populations are usually considered to be mutually exclusive. However, geometric constants and exponential constants share the mathematical relationship below. R λ r The growth equation for exponential populations is Nt = N0ert Nt = N0ert Nt = N0ert t 0 e r e Assumption: Nt (of a geometric population) = Nt (of an exponential population). Assumption: Nt t (of a geometric population) = Nt t (of an exponential population) Therefore: N0ert = N0λt N0ert = N0λt N0ert = N0λt 0 0 N0 cancels on both sides. N0 N0 0 N0ert / N0 = λt N0ert / N0 = λt N0ert / N0 = λt 0 0 ert = λt ert = λt ert = λt Take the natural logarithms of the equation. Using natural logarithms instead of base 10 or base 2 logarithms simplifies the final equation as ln(e) = 1. rt × ln(e) = t × ln(λ) rt × ln(e) = t × ln(λ) rt × ln(e) = t × ln(λ)

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- Liste des ministres

From WIKIPEDIA

Structured data parsed from Wikipedia. Liste des ministres Cette section présente la liste des ministres et secrétaires d'État chargés des questions relatives à l’Enseignement supérieur, ou plus spécifiquement, sous les gouvernements du président Giscard d'Estaing, des Universités. En dehors de ces périodes, ces questions relèvent du ministère de l'Éducation nationale, dont l'intitulé ne comprend pas ces termes. Quand elles ont été l'objet d'un traitement spécifique, elles ont été la plupart du temps associées aux questions de Recherche (voir : Liste des ministres français de la Recherche et des Technologies).

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