Abstract

The purpose of the study was to identify gender-related peculiarities of 7-year-old schoolchildren’s motor fitness. Materials and methods. The study participants were 59 7-year-old schoolchildren (girls – 27, boys – 32). The children and their parents were informed about all the features of the study and gave their consent to participate in the experiment. The study used the following research methods: analysis of scientific and methodological literature, pedagogical observations, testing of motor fitness, probabilistic approach to assessing the learning process, methods of mathematical statistics. The study recorded the primary schoolchildren’s level of proficiency in gymnastic exercises. The coefficient was determined by the formula: p = (m/n)×100, where p is the level of proficiency, m is the number of successfully performed exercises, n is the total number of attempts to perform the exercise. In the experiment, the study controlled the level of proficiency in the following exercises: forward roll; backward roll; shoulderstand with bent legs. Results. The differences in the development level of movement coordination of individual parts of the body and vestibular stability are not statistically significant; in the 7-year-old girls and boys, there is a statistically significant difference in the development level of strength, speed strength, speed, endurance, and the level of proficiency in acrobatic exercises. Conclusions. A canonical discriminant function can be used to classify and identify the indicators that have the greatest weight in assessing gender-related peculiarities of 7-year-old schoolchildren’s motor fitness. In assessing gender-related peculiarities of 7-year-old schoolchildren’s motor fitness, these indicators include the level of proficiency in acrobatic exercises, the level of relative strength of shoulder flexors, endurance, and speed strength.

Highlights

  • In assessing genderrelated peculiarities of 7-year-old schoolchildren’s motor fitness, these indicators include the level of proficiency in acrobatic exercises, the level of relative strength of shoulder flexors, endurance, and speed strength

  • In test No 6 “Seated forward bend, cm”, statistically significantly better results are shown by the 7-year-old girls

  • The study assumed that the identification of gender-related peculiarities of 7-year-old schoolchildren’s motor fitness would reveal the cause-and-effect relationships that influence motor skills development in 7-year-old girls and boys

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Summary

Introduction

The importance of studying gender-related peculiarities of motor fitness in physical education and sports is indicated in the studies by Cai, Qiu, Chen, Pan, Shen, and Kang (2019), Cañadas, Gómez, García-Rubio, and Ibáñez (2018), Čillík and Willwéber (2018). Gao, Zeng, Pope, Wang, and Yu (2019), Herrmann, Heim, and Seelig (2019) point out that gender-related peculiarities of motor fitness in children are observed as early as 6-8 years of age.The analysis of scientific literature revealed the following gender-related peculiarities of motor function development in children: at 3-5 years, there are no gender-related differences in motor fitness (Hnatiuk, Lamb, Ridgers, Salmon, &Hesketh, 2019); at the age of 6-8 years, gender-related differences are observed in movement control, motor activity (Herrmann, Heim, & Seelig, 2019; Kashuba, Futornyі, Andrieieva, Goncharova, Carp, Bondar, & Nosova, 2018; Kondakov, Voloshina, Kopeikina, & Kadutskaya, 2020); at 7-10 years, there are statistically insignificant differences in the indicators of dynamic and static balance (Moseichuk, Zoriy, Kostashchuk, Kanivets, Nakonechnyi, Koshura, Potop, Yarmak, & Galan, 2020).To identify the patterns of motor function development, modern research uses methods of multivariate statistics such as factor and discriminant analysis (Brusseau & Burns, 2018; Hohmann, Siener, & He, 2018; Ivashchenko, 2020). Gao, Zeng, Pope, Wang, and Yu (2019), Herrmann, Heim, and Seelig (2019) point out that gender-related peculiarities of motor fitness in children are observed as early as 6-8 years of age. 2019); at the age of 6-8 years, gender-related differences are observed in movement control, motor activity (Herrmann, Heim, & Seelig, 2019; Kashuba, Futornyі, Andrieieva, Goncharova, Carp, Bondar, & Nosova, 2018; Kondakov, Voloshina, Kopeikina, & Kadutskaya, 2020); at 7-10 years, there are statistically insignificant differences in the indicators of dynamic and static balance (Moseichuk, Zoriy, Kostashchuk, Kanivets, Nakonechnyi, Koshura, Potop, Yarmak, & Galan, 2020). Gender-Related Peculiarities of 7-Year-Old Schoolchildren’s Motor Fitness identify the indicators that are key in the classification, which is important in assessing schoolchildren’s gender-related peculiarities (Ivashchenko, 2020)

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