engleski

The canonical correlation between the mechanism for energy regulation and the situation-related efficiency in hanball

Research dealing with the relationship between the latent dimensions of the mechanism for energy regulation-MER (repetative power-REPEET.S., static endurance-STATI. S., explosive power-EXSPL.S., and force- SILA) and the latent dimensions of situation-related efficiency in handball SER (accuracy-PRECIZ, ball handing-BARLOP, moving speed with the ball-BKRBLO, and the power of throwing the ball-SIZBLO) was carried out using a sample of 128 students studying at the Faculty of Phyisical Education, University of Zagreb. Using Hotelling's method of canonical correlation analysis, the significant, if only moderate, relationship between the latent dimensions of the mechanism for energy regulation (MER) and the latent dimensions of situation-related efficiency in handball (SER) was established (and a pair of canonical factors obtained). The first (canonical) factor in space of energy regulation is bipolar. The repetative power (REPET.P.) and the statical endurance (STATI.S.) are clustered at the positive pole, and the explosive power (EXPLO.S) and force (SILA) at the negative one. The positive pole was defined by the mechanism for the regulation of excitation duration (MRTE), and negative one by the mechanism for the regulation of excitation intensity (MRIE). The first (canonical) factor in the space of the situation-related efficiency is unipolar. It is defined by the factors of the power throwing the ball(SIZBLO), the moving speed without the ball (KRBLO), and the factor of moving speed with the ball(BKRSLO).

handball; mechanism for energy regulation; situation related efficiency; latent dimension; students of the Faculty of physical education; canonical analysis

nije evidentirano