问题解决启发式发展科学推理

Hasri Arlin Wuriyudani, W. Wiyanto, T. Darsono
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引用次数: 3

摘要

在启发式解题方法实施的基础上,获得了学生形式运算的科学推理模式。本研究的目的是了解在发现学习模式的实习表上设计的启发式问题解决方法对培养学生科学推理能力的影响。样本为32名11-13岁的初中生。研究方法为劳森的科学推理CTSR测验和访谈法。研究设计为一组前测后测。结果表明,启发式解题方法是培养学生科学推理能力的一个重要因素。科学推理(具体推理模式)水平最低,下降34.38%。中级科学推理水平(过渡推理模式)提高31.25%。科学推理(形式推理模式)的最高水平提高了3.13%。启发式方法帮助学生发展科学技能,如设定假设、修改变量和分析研究结果。科学的推理模式不能按年龄分类。年龄较大的人在高科学推理水平上并不比年轻人有影响。如果一个人在具体方面失败了,并不一定在形式上也会失败。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Problem Solving Heuristic to Develop Scientific Reasoning
Scientific reasoning patterns of students formal operational base on the implementation of problem solving heuristic methods has been obtained. The aim of this research is knowing the influence of heuristic problem solving method that has been designed on practicum sheet of discovery learning model to develop scientific reasoning of students. The samples are 32 students in junior high school at 11-13 years old. The methods are CTSR test of scientific reasoning by Lawson and interview. The research design is one grup pretest-posttest. The results indicated that problem solving heuristic methods can be a factor to develop scientific reasoning of students. The lowest level of scientific reasoning (concrete reasoning pattern) is decrease 34,38%. The middle level of scientific reasoning (transitional reasoning pattern) is increase 31,25%. The highest level of scientific reasoning (formal reasoning pattern) is increase 3,13%. Heuristic methods helping students to develop scientific skills, such as setting hypotheses, modifying variables, and analyzing results of research. The scientific reasoning pattern can not be classified by age. People who has older of age has not impact in high scientific reasoning level than younger people. If someone fail on concrete aspect, it is not necessarily that person will be fail in formal aspect.
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