Abstract

The study objective is to determine the structure of coordination abilities development in 5th-7th grade girls. Materials and methods. The participants in the study were 5th grade girls (n = 20), 6th grade girls (n = 23), 7th grade girls (n = 19). The study used the following methods: analysis and collation of scientific and methodological literature, general scientific methods of theoretical level, such as analogy, analysis, synthesis, abstraction, induction, as well as general scientific methods of empirical level: observation, testing, experiment. To evaluate motor preparedness, the study recorded the results of motor tests, body height and weight. The IBM SPSS 20 statistical analysis software was used to process the study materials. A factor analysis was performed, for which the study used principal component analysis with the rotation method: Variamax with Kaiser Normalization. Results. The analysis of similarities shows that the most informative tests in the structure of motor preparedness of the 5th grade girls are the following: test 11 “Evaluation of the ability for vestibular (statokinetic) stability. Running with turns” (.884), test 9 “Static equilibrium evaluation by E. Ya. Bondarevsky’s method” (.826), test 6 “Evaluation of the sense of movement speed in sprinting” (.824); of the 6th grade girls — test 11 “Evaluation of the ability for vestibular (statokinetic) stability. Running with turns” (0.884), test 9 “Static equilibrium evaluation by E. Ya. Bondarevsky’s method” (.826), test 6 “Evaluation of the sense of movement speed in sprinting” (.824); of the 7th grade girls — test 8 “Evaluation of the ability to differentiate movement speed (reproduction accuracy of running speed at 90% intensity of maximum)” (.902), test 11 “Evaluation of the ability for vestibular (statokinetic) stability. Running with turns” (.900), test 1 “30 m running (s)” (.869). Conclusions. In the structure of coordination abilities of the 5th-7th grade girls, the most informative components are the sense and differentiation of running speed, vestibular stability in exercises that require static and dynamic equilibrium. To carry out pedagogical control of coordination preparedness of 5th-7th grade girls, the study recommends using the following tests: test 11 “Evaluation of the ability for vestibular (statokinetic) stability. Running with turns”, test 9 “Static equilibrium evaluation by E. Ya. Bondarevsky’s method”, test 6 “Evaluation of the sense of movement speed in sprinting”.

Highlights

  • Bondarevsky’s method” (.826), test 6 “Evaluation of the sense of movement speed in sprinting” (.824); of the 7th grade girls — test 8 “Evaluation of the ability to differentiate movement speed” (.902), test 11 “Evaluation of the ability for vestibular stability

  • Test 10 “Evaluation of dynamic equilibrium by the BESS method”: The test is recommended for use with middle school-aged children (Serhiienko, 2001)

  • The analysis of similarities shows that the most informative tests in the structure of motor preparedness of the 7th grade girls are the following: test 8 “Evaluation of the ability to differentiate movement speed” (.902), test 11 “Evaluation of the ability for vestibular stability

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Summary

Introduction

The main tasks being addressed in physical education of schoolchildren are to optimize children’s physical development (Balsevich, 2000; Ilyin, 2003), to improve their motor abilities, to promote and protect their health (Vlasenko, & Nosko, 2000; Ivashchenko, 2016; Emeljanovas, Mieziene, & Putriute, 2015).Numerous studies conducted in this field led to the following conclusions: on the need for comprehensive motor abilities development in children (Liakh, 2000; Nosko, 2001; Krutsevych, & Bezverkhnia, 2010); ТМФВ, 2018, том 18, No 1Ivashchenko Olga, Prykhodko Volodymyr, Cieslicka Miroslava. Published works focused on clarifying the concept of coordination abilities Coordination abilities are of key importance in children’s and adolescents’ motor preparedness (Nosko, & Sumak, 2000; Serhiienko, Chekmarova, & Khadzhynov, 2012; Khudolii, 2008). Research has found that it is effective to use multidimensional methods of mathematical statistics when studying the structure of motor preparedness of schoolchildren (Ivashchenko, 2016; Vlasov, Demichkovskyi, Ivashchenko, Lopatiev, Pityn, Pianylo, & Khudolii, 2016; Lopatiev et al, 2017). There are not enough data on the peculiarities of coordination abilities development in middle school students

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