2018
DOI: 10.20448/journal.510.2018.51.37.43
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Examining Effects of Mathematical Problem-Solving, Mathematical Reasoning and Spatial Abilities on Gifted Students’ Mathematics Achievement

Abstract: This study examines the relationship between gifted students' mathematical abilities, spatial abilities, and their mathematics achievement. 293 7th-grade gifted students (%51 male, %49 female) participated in the study. Mathematical reasoning and problem-solving scale were used to determine mathematics abilities of students, mental rotation and paper folding tests were used to determine spatial abilities of students and lastly, mathematics achievement test was used to determine students' mathematics achievemen… Show more

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Cited by 8 publications
(7 citation statements)
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“…Furthermore, we also identify that mathematically gifted student can use deductive reasoning to produce inference or conclusion when they solve problems. This finding is in accords with the study of Kurnaz (2018) which stated that gifted students' mathematics achievement is mostly related to their high mathematical reasoning skills.…”
Section: Inferringsupporting
confidence: 90%
“…Furthermore, we also identify that mathematically gifted student can use deductive reasoning to produce inference or conclusion when they solve problems. This finding is in accords with the study of Kurnaz (2018) which stated that gifted students' mathematics achievement is mostly related to their high mathematical reasoning skills.…”
Section: Inferringsupporting
confidence: 90%
“…Second, gifted students are more successful in spatial visualization, spatial relations, and spatial orientation questions than their peers (Bayazıt & Harput, 2019;Çetin et al, 2017;Kurnaz, 2018). This might be due to the quality of gifted children's thinking processes.…”
Section: Discussion Conclusion and Recommendationsmentioning
confidence: 99%
“…En la otra prueba de resolución de problemas, alumnado de 3º ciclo de enseñanza básica, la puntuación total alcanzada ha sido más elevada para el alumnado detectado con superdotación, 3.95 (DT = 1.36) frente a 2.69 (DT = 1.86), mostrando significación estadística en los ítems 1 y 3, p < .05, y en la puntuación global, p < .01. Ya en el estudio de Kurnaz (2018) se verifica un desempeño superior en tareas matemáticas de aquellos alumnos con altas capacidades, que destacan en los raciocinios presentados y en la resolución de problemas. Pero, de acuerdo con el tipo de raciocinio, en nuestra investigación, no han aparecido diferencias entre los dos grupos.…”
Section: Discussionunclassified