No abstract

No abstract

In Turkey, as a secular Muslim country, women have a modern, contemporary lifestyle but are also attached to their traditions and customs. Although sport in Turkey is being encouraged and supported by the state through The Directorate General of Youth and Sports (DGYS), the Turkish Football Federation, and sports clubs, the gap between the facilities and number of sports provided for male and female athletes can easily be seen. Women and girls are not receiving the same opportunities as men, which differ by region and according to the socioeconomic status and education level of the people. The families’ view of sports is also an important factor affecting girls’ sports. In the past two decades there has been an increase in participation among women and girls in elite and recreational sports, however this is not satisfactory.

The definition of the uncertainty of measurement used in the International Vocabulary of Basic and General Terms in Metrology (VIM) is a parameter associated with the result of a measurement, which characterizes the dispersion of the values that could reasonably be attributed to the measurand. Uncertainty of measurement comprises many components. In addition to every parameter, the measurement uncertainty is that a value should be given by all institutions that have been accredited. This value shows reliability of the measurement. GUM, published by NIST, contains uncertainty directions. Eurachem/CITAC Guide CG4 was also published by Eurachem/CITAC Working Group in the year 2000. Both of them offer a mathematical model, for uncertainty can be calculated. There are two types of uncertainty in measurement. Type A is the evaluation of uncertainty through the statistical analysis and type B is the evaluation of uncertainty through other means, for example, certificate reference material. Eurachem Guide uses four types of distribution functions: (1) rectangular distribution that gives limits without specifying a level of confidence (u(x)=a/ radical3) to a certificate; (2) triangular distribution that values near to the same point (u(x)=a/ radical6); (3) normal distribution in which an uncertainty is given in the form of a standard deviation s, a relative standard deviation s/ radicaln, or a coefficient of variance CV% without specifying the distribution (a = certificate value, u = standard uncertainty); and (4) confidence interval.

No abstract