Training the Students of the Department of Mathema- tics to Use Thinking Acceleration Paradigm (CAME) to Acquire Skills of Mathematical Communication

  • Hussein Obeid Dahwi

Resumen

The aim of the research is to train the students of the mathematics department on the CAME model in the practical education program to enable them acquire the skills of mathematical communication. The study sample consisted of students of the fourth grade of the mathe- matics department at the College of Education for Pure Sciences / Universi- ty of Mosul for the academic year 2018-2019. The number of students was (62)studentswhoweredividedintotwogroups:thefirst wastrainedaccor- ding to the CAME model, (32, 30) male and female students, respectively. In order to achieve the objective of the research and test hypotheses, this requires the filling of a form of the skills of mathematical communication .The form was of (24) items that covered five area ( mathematical reading, writing, representation, listening, and discussion). The test was steadfast and honest After randomly dividing the sample of the research students into two research groups, a proposed training program was developed to train the experimental groups on the acceleration of thinking model, as well as deve- loping the objects schedule for the groups. The researcher applied his own experience to the groups on 15/10/2018, and the first course lased up to 10/ 1/2019, and then the sample students were sent to the secondary and high schools in the city of Mosul and its environs. There, the training tool was implemented through cooperation with the department teaching staff. After statistical data collection and analysis using T –Test for two independent samples, the results showed the following: - There is a statistically significant difference at (0.05) between the two avera- ges of mathematical communication achievement skills (mathematical reading, writing, representation, listening, discussion, and total) in the two experimental and control groups and in favor of the experimental group.

Biografía del autor/a

Hussein Obeid Dahwi
Methods of Teaching Mathematics University of Mosul / College of Education for Pure Sciences / Department of Mathematics

Citas

Abu Ubaid, Ahmed Ali and Maher Mohammed Jaradat (2009): Impact of English Language Learning Strategy in Elementary School in Mathematics in Jordan, Journal of Psychological and Educational Studies, College of Education, King Saud University, No. 2, June.

Abu Zeina, Farid Kamel (2010): Developing and Learning School Math Curriculum, 1, Dar Wael Publishing and Distribution, Amman, Jordan. 3. Adam, Medhat Mohamed Kamal (2006): "The Effectiveness of the Ady and Scheer Model in Accelerating Cognitive Growth and Achievement in Science in Preparatory Students", Faculty of Education, Ain Shams University, Egypt. (Unpublished doctoral thesis)

Afaneh, Hanaa Nasir Odeh (2012): Effect of a proposed program for the development of numerical sense skills among the students of the fifth grade, (unpublished master thesis), Faculty of Education, Islamic University - Gaza.

Al-Anzi, Rouya et al. (2009): Mathematical Communication http://www.iasj.net/isaj?fune=fulltex&ald=17079

Al-Khafaji, Ibrahim Hamza Abbas (2016): "The effect of the Ady and Shayer structural model in the provision of second-grade intermediate students." , College of Education for Human Sciences, University of Mosul, Iraq. (A magister message that is not published)

Al-Quwas, Mohammed bin Ahmed Morshed (2013): "The effective- ness of the program to accelerate the thinking of mathematics (CAMS)

Al-Saeed, Reza Masaad and Nasser Al-Sayed Abdul Hamid (2010): Quality Assurance in Education Curricula (Standards, Processes and Outputs), University Education House for Printing, Publishing and Distribution, Alexan- dria, Egypt.

Balas,A.K.(1997):The Mathematics and Reading Connections, http://www.askeric,org:ERICDigest,Ed43439

Brenner, M. E. & et al(1997): Learning By Understanding: The Role on Multiple Representation in Learning Algebra America, Education research Journal, Vol.34, No.4, P: 663- 689 .

Cantlon, D.(1998): Mathematics Power, Teaching Children Mathema- tics, Vol.5 , No.2 , P:108- 112 .

Cotton, T. (1995): Communicating Mathematics, Mathematical Teaching, Vol.159, No.7 , P:38- 41

Dawood, Mustafa Nimer and Wael Al-Natour (2010): Strategies for Teaching Science and Mathematics, 1, Dar Al-Baita, Amman.

Education(CASE). http:/ www.Itscotland.org.uk.

Freih, Ghosoon Rachid (2011): The athletic ability of students of teacher training institutes (unpublished master thesis), Faculty of Education, Ibn al-Haytham, Baghdad University.

Imran, Mohammed Khalid (2015): "The Effect of Using the Ady and Shaer Model on Modifying Alternative Scenarios for Ninth Grade Students", Faculty of the Islamic University, Gaza. (A magister message that is not publis- hed)

Jones. M.G et al (2007) : “Science Teachers conceptual Growth with In Vygotsky's Zone of proximal Development”, journal of Research in Science Teaching, Vol. 35-No.90.

Khaing, Thi &et al(2007): Development Mathematical Communica- tion in The Classroom, Paper to be Presented at The 3rd APEC –Tsukuba International Conference-December 9-14, at Tokyo and Kanazawa, Japan. 19. Kinoski, Mary E.(2010): Supporting Bilingual Learners to Communi- cate Mathematically, (MAT Degree), University of Nebraska, Lincoln.

Kubaisi, Abdul Wahid Hamid Thamer (2008): Methods of teaching and methods of mathematics (examples and discussions), I 1, Arab Society Library for Publishing and Distribution, Amman, Jordan.

Lexi, Wichelt & Kearney, N. E.(2009): Communication: A Vita Skill of Mathematics, University of Nebraska, Lincolns

Lim, Champ San &Chew, Cheng Meng (2007): Mathematical Com- munication in Malaysian Bilingual Classroom, Paper to be Presented at The 3rd APEC–Tsukuba International Conference- December 9-14 , at Tokyo and Kanazawa, Japan

Miller, L.D. (1991), Writing to learn mathematics, math teacher: 84 (7).

Monifieth, H . (2007) : Cognitive Acceleration Through Science

On developing the habits of the human mind and mathematical com-

munication among high school students ", Faculty of Education, Umm Al-Qura University, Saudi Arabia (unpublished PhD thesis)

Qatami, Youssef Mahmoud (2016): Learning Strategies and Cognitive Education, 2, Dar Al-Masirah for Publishing and Distribution, Amman, Jordan.

Sorour, Ali Ismail (2009): Effectiveness of a training program based on the use of modern technologies in the development of sports communica- tion with the teaching students, the fourth annual conference, "Information and Arab development issues, strategic visions", the Arab Center for Education and Development, , 22-24 March

Sumaidaie, Huda Hamid Mohammed (2017): "The Effect of Andy's Use on the Acquisition of Fifth Grade Students: The Concepts of Biomedical Sciences and the Development of Their Reflective Thinking Skills", Girls College of Education, Tikrit University, Iraq. (A magister message that is not published)

Tafesh, Iman Assaad Issa (2011): The Effect of a Proposed Program on Mathematics Communication Skills in the Eighth Grade Students in Gaza (unpublished Master Thesis), Faculty of Education, Al-Azhar University, Gaza.

Watson, Jane(2000): Statistics in Context, Mathematical Teacher, Vol.93 , No.1.

Zaer, Saad Ali et al. (2014): Contemporary Educational Encyclopedia, Part I, written by Noor Al Hassan, Baghdad University.

Zeitoun, Hassan Hussein and Zeitoun Kamal Abdul Hamid (1992): Constructivism of a Basmological and Pedagogical Perspective, 1, Alexandria.

Publicado
2019-08-03
Cómo citar
Obeid Dahwi, H. (2019). Training the Students of the Department of Mathema- tics to Use Thinking Acceleration Paradigm (CAME) to Acquire Skills of Mathematical Communication. Opción, 35, 811-838. Recuperado a partir de https://produccioncientificaluz.org/index.php/opcion/article/view/27549