THE COMPARISON OF LEARNING ACHIEVEMENT, SCIENCE PROCESS SKILLS AND SCIENTIFIC MIND OF MATTHAYOMSUKSA 4 STUDENTS ON LEARNING, ENTITLED LINEAR MOTION OF PHYSICS LEARNING, BY 7 EINQUIRY LEARNING AND CIPPA MODE
Abstract:
The purposes of this study were: (1) to determine and investigate the index of the effectiveness of the learning plan entitled Linear Motion by 7E Inquiry Learning and Cippa Model, (2) to compare the comparison of learning achievement, Science Process Skills and Scientific Mind of Students to Learning, entitled Linear Motion on physics learning by 7E Inquiry Learning and Cippa Model, between Pre-test and Post-test, and compare the comparison of learning achievement, Science Process Skills and Scientific Mind of students to learning entitled Linear Motion on learning by 7E Inquiry Learning and Cippa Model. The samples included 26 students, Nakhamrajrangsan School who were learning by 7E Inquiry Learning, and learning by Cippa Model. Instruments included (1) 7E Inquiry Learning and Cippa Model plan, (2) test achievement types optional 5 options, (3) test Science Process Skills and (4) test Scientific Mind type. The statistics used were percentage, mean, standard deviation, hypothesis testing using t-test (Dependent Samples) and t-test (Independent Samples). The results of the study were as follows: The effectiveness of the Learning Plan, 7E Inquiry Learning and Cippa Model plan had efficiencies of 80.11/77.50 and 76.99/75.28 respectively, which were higher than the required criteria and Indexing schemes effectiveness of 7E Inquiry Learning Plan and Student Cippa Model plan equals 0.7056 and 0.6863 showed that students have advance in learning 70.56 and 68.63 percent, respectively. Students have been learning by 7E Inquiry Learning and Cippa Model show gains in the Achievement, Science Process Skills and Scientific Mind from before learning, statistically significant at the .05 level, and the achievement of Science Process Skills and Scientific Mind were different; students who have been learning by Cippa Model, statistically significant at the .05 level.