RELATION BETWEEN THE PHYSICAL WORKING CAPACITY (PWC170) AND STATIC RELATIVE STRENGTH

Abstract

Determining the relationship within the segments, and establish the correlation between the functional and motor areas may be important for programming load both in education and in sports and recreation. For this reason we set goals and work this year. The main objective of this research is to determine association and motor characteristics impact on functional ability (physical work capacity). The sample is defined as a sample of 263 respondents drawn from the population of secondary schools: Gymnasium Zenel Hajdini; Marin Barleti and Mehmet Isai in city of Gjilan. Nine tests were used to estimate motoric capabilities and a test of functional capacity of aerobic-type (physical work capacity). To determine the relation between the predictor (motor) variables and criterion variables (physical working capacity - PWC170) it is prepared the regression analysis of the manifest space. Analyses were made to the program SPSS 12.0 for Windows. The connection of the entire system of variables static relative strength with a score of Physics working capacity (PWC170) on a bicycle ergo meter as aerobic type variable explains the coefficient of multiple correlations, which is RO 0.394. Regression analysis indicates that the better results on a bicycle ergo meter will have respondents who score better in tests of static relative strength of the leg (at the test isometric muscle contraction quadriceps thighs) and static tests of the relative strength of arm and shoulder area (at the test of isometric contraction triceps muscle circumference)