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HYPERACTIVE CHILD IN THE CLASS
49-58Views:250In the last decade, the issue of school education of children struggling with learning and behavioral disorder has come to the front in domestic as well as foreign pedagogies. The recognition and judgment of hyperactivity are characterized by uncertainty and extremes since increasingly all lively kids with excessive movement are labeled hyperactive. In turn, early detection of the disorders would enable children to get appropriate help. The following study consists of two main parts: a theoretical and a practical one. The practical part introduces concrete case studies assisting the early detection. The behavioral forms of three hyperactive children and their characteristic symptoms are explicated more broadly taking into consideration the family and school circumstances. It also aligns the forms of assistance and help in schools and gives concrete ideas and advice to teachers.
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THE ROLE OF SOCIO-ECONOMIC BACKGROUND VARIABLES IN NETFIT MEASUREMENT
33-44Views:205Assessment of physical indicators and motor skills is the Hungarian National Unified Student Fitness Test (hereinafter referred to as "NETFIT"), which was introduced in public education from the 2013/14 academic year, which aims to demonstrate the effects of everyday physical education on the fitness and physiological parameters of students. When showing the national results of the tests, it is also shown that the fitness condition is determined by the genetic conditions, the family background and the environment (Csányi et al., 2015, Csányi and Kaj 2017) so results can be interpreted in a common context of these factors. In our research, we aimed at examining NETFIT data from Budapest secondary school students, supplemented by family background surveys. During our research, we sought to find out how the fitness profile of boys studying at the Budapest Technical Vocational Training Center is based on the results of the NETFIT tests. What is the relationship between family background and NETFIT performance? Our survey was carried out at one of the largest schools of the Budapest Technical Vocational Training Center at the Technical Training Center in Újpesti Two Teaching Grammar School and Technical College of the Budapest Technical Vocational Training Center. A total of 342 pupils were included in the study, where a questionnaire of 35 questions was used to investigate the correlations of NETFIT results and socioeconomic background indicators. Numerous studies have shown that the more favorable SES students have generally more favorable fitness indicators (Jiménez-Pavon et al., 2010, Ortega et al., 2013, Vandendriessche et al., 2012). There is also a great deal of evidence that country-specific regional status indicators are higher in regions with more favorable SES (Charlton et al., 2014, Golle et al., 2014, Cleland et al., 2009, Welk, Saint-Maurice and Csányi, 2015). During our research, we found that students in need of development mostly come from small communities, with some 58.3% developing. These values differ significantly (khi = 218.6, df = 20, p = 0.000). The basic pillow of the lifestyle is the family (Field 2018), the habits of which shape the child's relationship with sports, and later it is very difficult to change them (Herpain et al., 2017, Herpainé 2018). The study showed that the father's sporting habits are decisive in the case of the examined boy's pupils, but the mother's sporting habit does not have the same effect on the sportsman's behavior. We propose to extend the NETFIT test bundle with the socioeconomic background examination of the examined person.
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SPATIAL APPROACH DEVELOPMENT IN MATHEMATICS CLASSES AMONG CHILDREN 11-12 YEARS OLD
77-83Views:137The development of the spatial approach of schoolchildren is an important task of the educational process, especially the practical application of the acquired competencies in real life. In the study, we briefly present the developmental tasks used in our project focusing on the development of spatial perspectives for 11-12-year-old students, which were implemented in mathematics lessons. Students solved tasks that focused on problem solving with 2D and 3D objects, analyzing these situations and manipulating with objects.