RAZVOJ VIZUELNO-PROSTORNIH VEŠTINA I GEOMETRIJSKOG MIŠLJENJA STUDENATA UČITELJSKIH FAKULTETA ZASNOVAN NA METODI USMERENOG OPAŽANJA I TEORIJI VAN HILA

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RAZVOJ VIZUELNO-PROSTORNIH VEŠTINA I GEOMETRIJSKOG MIŠLJENJA STUDENATA UČITELJSKIH FAKULTETA ZASNOVAN NA METODI USMERENOG OPAŽANJA I TEORIJI VAN HILA

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dc.contributor.advisor Mateljević, Miodrag
dc.contributor.author Baranović, Nives
dc.date.accessioned 2022-09-12T12:52:57Z
dc.date.available 2022-09-12T12:52:57Z
dc.date.issued 2022
dc.identifier.uri http://hdl.handle.net/123456789/5453
dc.description.abstract Future primary education teachers should acquire appropriate mathematical knowledge, skills, and abilities to provide a suitable environment for developing their prospective students' responding knowledge, skills, and abilities. Various studies in education show that students of all ages have difficulties mastering geometric concepts and making functional connections between them, especially at the transition from school to university level. Therefore, a quasi-experimental study was conducted with non-equivalent groups of future primary education teachers. The study aimed to determine a particular teaching method's effectiveness for developing visualization skills, geometric thinking, and optimizing geometry learning outcomes. Three tests were used before and after teaching to collect data on the characteristics of the research participants. The tests were: the VH test to measure the level of geometric thinking, the GEO test to gain insight into geometric knowledge and visual skills, and the SPAC test to measure the unique visual-spatial ability to establish connections between 3D figures and their networks. In the experimental group, a specific teaching approach was applied. The teaching approach is based on the visual-analytical method and directed observation and balancing of three ways of expression: linguistic, visual, and symbolic. Van Hiele's five stages of learning were used in the structuring and selecting of teaching activities. The pre-test results confirmed the relatively weak prior knowledge, visualization skills, and level of geometric thinking of all participants, and the possession of appropriate visual-spatial abilities that predict possible success. The t-test confirmed no statistically significant difference between the participants at the beginning of the teaching. The Spearman correlation coefficient determined a positive, statistically significant correlation between all three tests, indicating a possibility for mutual development. The post-test results confirmed the effectiveness of the applied strategies and teaching methods in achieving better geometry learning outcomes, developing visual literacy, and progress in the levels of geometric thinking of the participants in the experimental group. The experimental group participants had statistically significantly better results on the post-test than the results they achieved on the pre-test compared to the results achieved by the control group participants who were taught more traditionally. Participants in the control group also improved, but these improvements were not statistically significant. The above confirmed that it is possible to develop geometry and visual literacy through systematic learning and teaching at different levels of the educational system. en_US
dc.description.provenance Submitted by Slavisha Milisavljevic (slavisha) on 2022-09-12T12:52:57Z No. of bitstreams: 1 Doktorat _Baranovic 2022 Final NB.pdf: 7954956 bytes, checksum: 063036ba29d5d462abec208dc7cbe75d (MD5) en
dc.description.provenance Made available in DSpace on 2022-09-12T12:52:57Z (GMT). No. of bitstreams: 1 Doktorat _Baranovic 2022 Final NB.pdf: 7954956 bytes, checksum: 063036ba29d5d462abec208dc7cbe75d (MD5) Previous issue date: 2022 en
dc.language.iso sr en_US
dc.publisher Beograd en_US
dc.title RAZVOJ VIZUELNO-PROSTORNIH VEŠTINA I GEOMETRIJSKOG MIŠLJENJA STUDENATA UČITELJSKIH FAKULTETA ZASNOVAN NA METODI USMERENOG OPAŽANJA I TEORIJI VAN HILA en_US
mf.author.birth-date 1973
mf.author.birth-place Split en_US
mf.author.birth-country Hrvatska en_US
mf.author.residence-state Hrvatska en_US
mf.subject.area Mathematics en_US
mf.subject.keywords axiomatic method, defining, proving, geometric construction, geometric thinking, teaching strategies, van Hiele theory, visualization, visual-spatial abilities, problem solving en_US
mf.subject.subarea Teaching methods in mathematics en_US
mf.contributor.committee Lipkovski, Aleksandar
mf.contributor.committee Knežević, Miljan
mf.contributor.committee Milinković, Jasmina
mf.university.faculty Mathematical faculty en_US
mf.document.references 194 en_US
mf.document.pages 218 en_US
mf.document.location Beograd en_US
mf.document.genealogy-project No en_US
mf.university Belgrade University en_US

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