Abstract:However, geometry is the area with the most concrete possibility of mathematical topics which contains more abstract concepts, students experience difficulties while understanding. Therefore, the connection of issues with daily life to concrete the subjects and the ability of connecting geometric concepts with daily life of the teachers and pre-service teachers who will teach these subjects become more important. In this study, the geometric concepts of pre-service mathematics teachers along with their ability… Show more
“…In fact, it is not wrong to state that when we talk about mathematics many people in society have only numbers, shapes and calculations in their mind. It is possible to see similar results even in researches conducted among teachers and teacher candidates (Umay, 2003;Garii & Okumu, 2008;Lee, 2012;Özgen, 2013;Pirasa, 2016). For example, Garii and Okumu (2008) were examined the skills of classroom teachers regarding to recognition of mathematics in everyday life.…”
Section: Research Studies About Real Life Connectionsmentioning
The purpose of this study is to examine 8 th grade students' skills of connecting mathematics to real life. This study uses survey design since it aims to determine existing situations regarding to students' skills of connecting mathematics to real life. The study sample consists of 176 students in total, who are studying at a state school in the Etimesgut district of Ankara in the second semester of 2016-2017 academic year. "Connecting mathematics to real life scale" which is developed by the researchers, used as the data collection tool of this study. In this scale, students are provided with real life situations and then asked to connect these situations with mathematical concepts. During the data analysis, the responses of students examined in detail and subsequently general categories (levels) which identify students' mathematical connection skill, were created and consequently four levels of connecting (Level 1, 2, 3 and 4) were defined. Study findings are showed that, participating 8 th grade students' skill of connecting mathematics to real life is not in sufficient level. It is observed that, most of the students can only connect mathematics in real life with numbers and shapes.
“…In fact, it is not wrong to state that when we talk about mathematics many people in society have only numbers, shapes and calculations in their mind. It is possible to see similar results even in researches conducted among teachers and teacher candidates (Umay, 2003;Garii & Okumu, 2008;Lee, 2012;Özgen, 2013;Pirasa, 2016). For example, Garii and Okumu (2008) were examined the skills of classroom teachers regarding to recognition of mathematics in everyday life.…”
Section: Research Studies About Real Life Connectionsmentioning
The purpose of this study is to examine 8 th grade students' skills of connecting mathematics to real life. This study uses survey design since it aims to determine existing situations regarding to students' skills of connecting mathematics to real life. The study sample consists of 176 students in total, who are studying at a state school in the Etimesgut district of Ankara in the second semester of 2016-2017 academic year. "Connecting mathematics to real life scale" which is developed by the researchers, used as the data collection tool of this study. In this scale, students are provided with real life situations and then asked to connect these situations with mathematical concepts. During the data analysis, the responses of students examined in detail and subsequently general categories (levels) which identify students' mathematical connection skill, were created and consequently four levels of connecting (Level 1, 2, 3 and 4) were defined. Study findings are showed that, participating 8 th grade students' skill of connecting mathematics to real life is not in sufficient level. It is observed that, most of the students can only connect mathematics in real life with numbers and shapes.
“…The results were however, related to Phillips and Marttinen (2013), Finn and McInnis (2014) and Kokko, Eronen and Sormunen (2015) who found that cross-curricular integration is successful in an array of disciplines. And again confirms, Eli (2009) (as cited by Pirasa, 2016) assertion that the knowledge of pre-service mathematics teachers for geometry instruction was at a low level and that the mathematical connection carried out was a lot more operational rather than being conceptual.…”
Section: Discussionmentioning
confidence: 68%
“…The results obtained do not support the assertion that pre-service teachers are deficient in integrating geometry and soccer. For example, the result obtained does not support the idea of a deficiency in pre-service teachers' content knowledge of geometry and pedagogy in integrating soccer and geometry as suggested by Pirasa, (2016). Ginsburg (2008), examined high school mathematics teachers' abilities of connecting mathematics with daily life, also does not lend support to this finding.…”
Teacher educators play vital roles in ensuring that positive transfer of knowledge across subject areas occur. This study examined pre-service teachers' knowledge of integrating physical education and mathematics with particular focus on soccer and geometry. Using a semi-structured questionnaire, views of 145 pre-service teachers from the Department of Basic Education, University of Education, Winneba, were examined. Using descriptive statistics and One-way ANOVA, results indicated that the pre-service teachers have substantial operational but limited conceptual knowledge concerning modelling of basic geometric concepts on the field of play (soccer). The One-way ANOVA result indicated a non-statistically significant difference among the respondents' knowledge to subject preference [F (2, 136) = 0.943, p = 0.392, η 2 = 0.014]. Among others the study recommended that tutors/lecturers expose pre-service teachers to modeling geometric concepts operationally and conceptually to facilitate their transfer of learning and their future classroom practices.
“…Öğretmen boyutu araştırmaları ile yakın ilişkili olarak, literatür taraması kapsamında üzerinde durulacak üçüncü çalışma teması öğretmen adaylarıyla yapılan araştırmalardır (Gainsburg, 2008;Mandacı Şahin, 2019;Özgeldi ve Osmanoğlu, 2017;Mumcu, 2018;Yorulmaz ve Çokçalışkan, 2017;Pirasa, 2016). Örneğin, Özgeldi ve Osmanoğlu (2017) ortaokul matematik öğretmen adaylarına sundukları kazanımlar ışığında kendilerinden gerçek hayatla ilişkilendirme yapmalarını talep etmişlerdir.…”
Section: Gerçek Hayatla İlişkilendirme Araştırmalarıunclassified
“…Çalışmanın bulguları, öğretmen adaylarının toplumda matematiğin tartışılması için %27, klasik problem için %23, gerçek verinin incelenmesi için %17, matematik kavramaları ve uygulamalı gösterimler için %17, basit analojiler için %10 ve gerçek olayların matematiksel modellenmesi için %6 oranında gerçek hayatla ilişkilendirme yaptıklarını göstermiştir. Pirasa (2016) ilköğretim matematik öğretmen adaylarının geometri kavramlarını derslerde kullanılan klasik terimler aracılığıyla gerçek hayatla ilişkilendirdiklerini, ilkokuldan itibaren öğrenilen günlük hayat durumlarını ilişki kurmak için örnek olarak sunduklarını (ör. kare için fotoğraf çerçevesi), dolayısıyla gerçek hayatla ilişkilendirmelerinin özgünlük barındırmadığını ortaya koymuştur.…”
Section: Gerçek Hayatla İlişkilendirme Araştırmalarıunclassified
Bu çalışmanın amacı ilkokul ve ortaokul matematik ders kitaplarında yer alan etkinlikleri gerçek hayatla ilişkilendirme açısından incelemektir. Bu amaçla her bir sınıf seviyesinden (1-8. sınıflar) birer matematik ders kitabı olmak üzere toplamda sekiz kitaptaki 254 etkinlik incelenmiştir. Çalışmada doküman analizi yöntemi kullanılmış olup, etkinlikler Gainsburg'un (2008) 'basit analojiler, klasik sözel problemler, gerçek verinin analizi, toplumda matematiğin tartışılması, matematik kavramlarının somut/uygulamalı gösterimleri, gerçek olguların matematiksel modellenmesi' kategorileri kullanılarak analiz edilmiştir. Tüm ders kitapları birlikte düşünüldüğünde, etkinliklerin %52'sinde gerçek hayatla ilişkilendirmeye yer verilmiş, %48'inde ise yer verilmemiştir. Ders kitabı özelinde düşünüldüğünde, gerçek hayatla ilişkilendirme ilkokul seviyesinde en fazla 2. sınıf (%69) ve en az 4. sınıf (%15) etkinliklerinde; ortaokul seviyesinde ise en fazla 6. sınıf (%57) ve en az 8. sınıf (%27) etkinliklerinde yer bulmuştur. Gerçek hayatla ilişkilendirmenin olduğu etkinliklerin büyük çoğunluğunun matematik kavramlarının somut/uygulamalı gösterimleri formatında olduğu bulunmuştur. Ders kitaplarında 'gerçek olguların matematiksel modellenmesi' ile 'toplumda matematiğin tartışılması' kategorilerine karşılık gelebilecek etkinliklere yer verilmediği, basit analojiler, klasik sözel problemler, gerçek verinin analizi kategorilerine karşılık gelen etkinliklere ise az sayıda yer verildiği görülmüştür. Gerçek hayatla ilişkilendirme içeren etkinliklerin ağırlıklı olarak ilgili kazanımların uygulamalı pekiştirilmesine yönelik olduğu, etkinliklerde öğrencilere genelde yönerge takipçiliği rolü verildiği ve etkinliklerin etkin problem çözme ve matematiksel modelleme yapma gibi üst düzey düşünme becerilerini kullanmayı gerektirmediği görülmüştür.
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