实验法对尼日利亚德尔塔州高中化学学生掌握科学过程技能的影响

Akpomudiare Helpus Efe, Emmanuel Ikechuku Abamba
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引用次数: 0

摘要

本研究旨在调查实验法对学生掌握高中化学科学过程技能的影响。为了指导这项研究,我们提出并检验了三个假设。本研究采用非随机的前测、后测对照组准实验设计。采用分层随机抽样技术选取了六所中学。三所学校作为实验组,另外三所作为对照组。六(6)个完整班级的一百九十八(198)名学生构成了研究样本。研究工具包括化学实践能力测试(CPAT)和化学过程技能评定量表(CPSRS)。研究的主要结论是:实验法比讲授法更能提高学生在定量和定性分析中掌握科学过程技能的能力,实验法对学生掌握科学过程技能的贡献率约为74%,学生在定量分析中掌握的科学过程技能多于定性分析。根据研究结果,提出了一些建议,其中包括:化学实践教学应始终采用实验室方法;化学实践作业应从高中一年级开始,每周单独安排一节课,而不是让学生到高中三年级才接触化学实践。研究的结论是,实验室教学法比讲授法更能促进学生掌握定量和定性分析的科学过程技能。研究提出了以下建议:在化学实践教学中应始终使用实验室方法,每周应参照工作计划等为实验室活动安排单独的时间。 文章可视化:
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECTS OF LABORATORY METHOD ON STUDENTS’ ACQUISITION OF SCIENCE PROCESS SKILLS IN SENIOR SECONDARY SCHOOL CHEMISTRY IN DELTA STATE, NIGERIA
The study was designed to investigate the effects of laboratory method on students’ acquisition of science process skills in senior secondary school Chemistry. To guide this study, three hypotheses were raised and tested. The design of the study was a non-randomised pre-test, post-test control group quasi-experimental design. Six secondary schools were selected using a stratified random sampling technique. Three schools were used as the experimental group and the other three as the control group. One hundred and ninety-eight (198) students of six (6) intact classes made up of the sample for the study. The instruments for the study consisted of Chemistry Practical Ability Test (CPAT) and Chemistry Process Skills Rating Scale (CPSRS). The major findings of the study are: the laboratory method enhances students’ acquisition of science process skills in both quantitative and qualitative analyses more than the lecture method, the laboratory method contributed about 74% to students’ acquisition of science process skills and students acquire more science process skills in quantitative analysis than in qualitative analysis. Based on the findings, some recommendations were made among which are that the laboratory method should be used for teaching practical aspects of Chemistry always; Chemistry practical work should commence from senior secondary school one with separate periods per week instead of keeping students till senior secondary school three before such exposure. The conclusion of the study is that the laboratory method enhances students’ acquisition of science process skills in both quantitative and qualitative analyses rather than lectures. The following recommendations were made: the use of laboratory method should be employed in teaching practical aspects of Chemistry always, and a separate period per week should be given for laboratory activities with reference to the scheme of work among others.  Article visualizations:
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