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اثر تصميم تعليمي وفق الاستراتيجيات التفكير المتشعب في تحصيل طلاب المرحلة الاعدادية لمادة الفيزياء وتفكيرهم الشكلي == Effect of Design (Neural Branching thinking Strategies) According to Learning Strategies on Student Achievement for Preparatory grade Science Students For Physics and Their Formal Thinking
Author name:
ماجد صريف مسير الشيباوي
Supervisor name:
نادية حسين يونس العفون
General topic:
Educational Sciences
Specific topic:
Methods of Teaching Physics
Degree:
Doctorate
University:
University of Baghdad
Language:
Arabic
University location:
Baghdad
First pages:
05T3166 - p.pdf
Abstract:
Goal to build Instruction design according to Neural Branching thinking strategies and to identify its effect on the qualitative achievement of physics at the fifth - grade science students and their Formal thinking.To achieve the second goal of research, researcher formulated null hypotheses as following : 1. No statistically significant difference at the level of significance (0.05) between the average scores of the experimental group students who studied physics by teaching design and the average scores of the control group students who studied by the traditional method (usual) on qualitative physics achievement test.2. No statistically significant difference at the level of significance (0.05) between the average scores of the experimental group students who studied physics by(teaching - learning) design and the average scores of the control group students who studied by the traditional method (usual) on Formal thinking test.To investigate the hypotheses selected sample was Selected intentionally by the researcher of preparatory AL - Zaitoon male students of the (General Directorate for Educational AL Qadassyia/ I) for the academic year (2015 - 2016).Sample consisted of (74) students divided into two groups of (37) students in the experimental group studied by educational - learning design, and (37) students in the control group studied by the traditional method (usual), two groups have been equalization in the following variables (time age in month, the physics degree of the fourth grade average, Previous information in physics,intelligence and Formal thinking).After prepared requirements research included teaching design, selected the scientific subject, determine the physical concepts, the formulation of behavioral objectives, prepared teaching plans for the experimental & control groups, and the working paper for the student.To achieve the goal of research and testing hypotheses the researcher prepared two tools, first : physics achievement test in physics covers six levels of Bloom's Taxonomy (remembering, understanding, application, analysis, combination , and evaluation) composed of (50) items divided to (30) objective items of multiple choice with four alternatives , and (20) essay items with a specific answer, itsBpsychometric properties was calculated, Second : Formal thinking test composed of (38) items ,The research obtained this test after finding validity and constant when he applied on simple explanatory from research society and not from the same simple explanatoryTwo research tools were applied and the resulltes are analyzed by using equation (t - test) for two independent samples with equal number, the results showed : 1. There was statistically significant differences in physics achievement test, favor of the experimental group to the control group in the, with large size effect.2. There are statistically significant differences in favor of the experimental group to the control group in probe thinking scale, with large size effect.In light of the search results the researcher had a number of recommendations which including, re - views of the curricula and teaching methods of practical educational programs in the colleges of education to adopt Instruction designs, which had a positive effect on qualitative achievement and Formal thinking such this research. Researcher suggested and a number of studies, including, the effect of Instruction design in accordance with the strategies of active learning in other variables and their effect on other science Subjects and other stages.
