Determining the Level of Basic Science Process Skills of Grade 11 Students

Daniel A. Dapitan, D. Caballes
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引用次数: 1

Abstract

Science is a body of knowledge that is systematically acquired. It is done through processes and the minimum required skills are the basic science process skills. These skills are utilized to generate factual data. The study aimed to determine the level of science process skills from various strands of senior high school. The study employed descriptive comparative design. It was participated by 50 grade 11 students came from Science, Technology, Engineering and Mathematics (STEM), General Academic Strand (GAS), Information and Communications Technology (ICT), Humanities and Social Sciences (HUMSS), and Accountancy, Business and Management (ABM). The study utilized a teacher made test consisting of 60 questions constituting six science process skills that are observing, classifying, measuring, communicating, inferring and predicting. There are ten questions allotted to each science process skill. The instrument was validated by experts in the field of science. The Cronbach’s alpha value is 0.925 which denotes that the teacher made test is reliable. The study used descriptive comparative design. About 50 students were utilized as respondents of the research. Mean and standard deviation were utilized to get the level of science process skills. Analysis of variance was used to get the differences on science process skills of students on various strands. The study revealed that level of science process skills falls on satisfactory level. It also revealed that there are significant differences on the level of science process skills of respondents when they were grouped according to strand. It is highly encouraged that lessons in science class must always target specific science process skills and it should be integrated across the disciplines.
十一年级学生基础科学过程技能水平的确定
科学是可以系统地获得的知识体系。它是通过过程完成的,最低要求的技能是基本的科学过程技能。这些技能用于生成事实数据。本研究旨在确定高中各科学生的科学处理技能水平。本研究采用描述性比较设计。来自科学、技术、工程与数学(STEM)、通用学术(GAS)、信息与通信技术(ICT)、人文与社会科学(HUMSS)以及会计、商业与管理(ABM)的50名11年级学生参加了此次活动。本研究采用教师自编测试,共60道题,构成观察、分类、测量、交流、推断和预测六种科学过程技能。每项科学处理技能都有十个问题。这仪器经过了科学领域专家的检验。Cronbach’s alpha值为0.925,表明教师自测是可靠的。本研究采用描述性比较设计。约50名学生被用作调查对象。采用均数和标准差计算科学过程技能水平。采用方差分析的方法,得到学生在科学处理技能各方面的差异。研究表明,学生的科学处理技能水平处于令人满意的水平。研究还发现,被调查者的科学过程技能水平在按strand分组时存在显著差异。我们强烈建议,科学课必须始终以特定的科学过程技能为目标,并应在各个学科之间进行整合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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