Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions

Purpose : to validate the effectiveness of biomechanical modeling of physical training of girls. Material : the study involved 90 girls aged 16-18 years (60 girls and recreation groups and 30 - sporting group aerobics). Results : during the study of quantitative biomechanical characteristics of the...

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Main Author: I.P. Supilo
Format: Article
Language:English
Published: IP Iermakov S.S. 2014-12-01
Series:Physical Education of Students
Subjects:
Online Access:https://sportedu.org.ua/index.php/PES/article/view/167
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spelling doaj-81ae76045ade4ed4b80619b7762d84df2021-09-02T21:48:16ZengIP Iermakov S.S.Physical Education of Students2308-72502014-12-01186737610.15561/20755279.2014.0614142Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutionsI.P. Supilo0Chernihiv national pedagogical T.G. Shevchenko’s UniversityPurpose : to validate the effectiveness of biomechanical modeling of physical training of girls. Material : the study involved 90 girls aged 16-18 years (60 girls and recreation groups and 30 - sporting group aerobics). Results : during the study of quantitative biomechanical characteristics of the physical training of girls was identified the quantitative biodynamic and coordination structure of motor characteristics during aerobics. When comparing girls identified the best girls sports group thus constructed biomechanical model. For the considered model biodynamic structure includes the following indicators: GRAD; Fz max; Tmax; F max; Tsum; G; Tps. To the graphic model of the coordination patterns included the following indicators: EllS; MO(x); LY mm; Lх mm; JEF %;V mm/s; IV; R mm. Conclusions : obtain the quantitative biomechanical model of indicators of physical training of girls, which is the basis for objective justification and development of a technique of aerobics, and to use these biomechanical models as a control and the future of forecasting.https://sportedu.org.ua/index.php/PES/article/view/167biomechanicsaerobicsachievementmotive
collection DOAJ
language English
format Article
sources DOAJ
author I.P. Supilo
spellingShingle I.P. Supilo
Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
Physical Education of Students
biomechanics
aerobics
achievement
motive
author_facet I.P. Supilo
author_sort I.P. Supilo
title Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
title_short Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
title_full Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
title_fullStr Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
title_full_unstemmed Biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
title_sort biomechanical modeling of the physical training of girls during aerobic activities in non-school educational institutions
publisher IP Iermakov S.S.
series Physical Education of Students
issn 2308-7250
publishDate 2014-12-01
description Purpose : to validate the effectiveness of biomechanical modeling of physical training of girls. Material : the study involved 90 girls aged 16-18 years (60 girls and recreation groups and 30 - sporting group aerobics). Results : during the study of quantitative biomechanical characteristics of the physical training of girls was identified the quantitative biodynamic and coordination structure of motor characteristics during aerobics. When comparing girls identified the best girls sports group thus constructed biomechanical model. For the considered model biodynamic structure includes the following indicators: GRAD; Fz max; Tmax; F max; Tsum; G; Tps. To the graphic model of the coordination patterns included the following indicators: EllS; MO(x); LY mm; Lх mm; JEF %;V mm/s; IV; R mm. Conclusions : obtain the quantitative biomechanical model of indicators of physical training of girls, which is the basis for objective justification and development of a technique of aerobics, and to use these biomechanical models as a control and the future of forecasting.
topic biomechanics
aerobics
achievement
motive
url https://sportedu.org.ua/index.php/PES/article/view/167
work_keys_str_mv AT ipsupilo biomechanicalmodelingofthephysicaltrainingofgirlsduringaerobicactivitiesinnonschooleducationalinstitutions
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