COMPARISON BETWEEN STUDENTS LEARNING OUTCOMES TAUGHT WITH PROBLEM BASED COOPERATIVE LEARNING
USING EXPERIMENT AND DEMONSTRATION METHODS ON THERMOCHEMISTRY
By
Baharuddin Yusuf Habiby Harahap IDN. 4113131007
Bilingual Chemistry Education
A THESIS
Submitted To Fulfill Of The Requirement For The Degree Of Sarjana Pendidikan
FACULTY OF MATHEMATIC AND NATURAL SCIENCE STATE UNIVERSITY OF MEDAN
BIOGRAPHY
Baharuddin Yusuf Habiby Harahap born in Tanjungbalai, on 02 April 1994. Mother’s name is Khairiah Panjaitan and Father’s name is Drs. Sa'dani Harahap. The author is the fifth child from 6 brothers. In 1999, the author entered Basic School (SDN) 137697 Tanjungbalai, and graduated in 2005. In 2005, the authors continue school in Junior High School (SMPN) 1 Tanjungbalai, and graduated in 2008. In 2008, the authors continue their education in Senior High School (SMAN) 1 Tanjungbalai, and graduated in 2011. In 2011, the author received in the Chemistry Education Study Programm, Department of Chemistry, Faculty of Mathematics and Natural Sciences, State University Of Medan through SNMPTN (written test). Organization history author during his education at the State University of Medan is mandated as Chairman of FORSIMKA (Chemistry Muslim Silaturrahim Forum) in 2013-2014 and also mandated by the Department of Public Relations (Public Relations) PK KAMMI UNIMED 2012-2015, at the Department of Development Commissioner PD KAMMI Medan 2015-2016, mandated in the field of community service Student Representative Body (BPM) Faculty in 2013-2015. As well as chairman of DPP PERMATA (Central Executive Council of the Association of Tanjungbalai Muslim Students) 2015-2017.
Comparison Between Students Learning Outcomes Taught With Problem Based Cooperative Learning Using Experiment And
Demonstration Methods On Thermochemistry
Baharuddin Yusuf Habiby Harahap IDN. 4113131007
ABSTRACT
FOREWORD
Praise and gratitude writer prayed to Allah, God Almighty, for all the blessings and His blessing that provide health and opportunity to the author so that the study can be completed well in accordance with the planned time.
Thesis entitled "Comparison between Students with Learning Outcomes Taught Using Problem Based Learning Cooperative Demonstration Experiment and Methods on Thermochemistry", arranged to obtain a Sarjana Pendidikan in Chemistry, Faculty of Mathematics and Natural Sciences, State University Of Medan.
In this moment I would like to thank: Dr. Wesly Hutabarat, M.Sc, as thesis supervisor who has provided guidance and advice to the author since the beginning of the study until the completion of this thesis. Thanks also to Mr. Prof. Dr. Albinus Silalahi, M.S, Drs. Eddyanto, Ph.D, and Mrs. Dr. Iis Siti Jahro, M.Si, which has provided input and suggestions from the research plan to complete the preparation of this thesis. Great thanks delivered to Dra. Ani Sutiani., M.Si as the Academic Supervisor who has provided motivation to the author and to all Mr. and Mrs. Lecturer along with staff Employee Department of Chemistry UNIMED which also plays a role in the settlement process of research and writing of this. A big thank you to the school teachers who have educated writer so I can earn a college degree. Thank to principal, vice-principals, chemistry teacher and students grade XI Science Ikhwan and XI Science Akhwat SMAIT AL-FITYAN field who have helped me during the research process progresses.
AmKeb, and adinda Siti Rahmah alkhairani harahap which always provide motivation, good support moral and material to the author at the time of study and preparation of the thesis.
Especially also to my friends who are on PERMATA (Eza Boediono, Ridwansyah Sihombing, Mahfuzi Irwan, Agus Salim Daulay, Birro Abawayya, Atika, Aji, Nur Ajijah, Herwin Hidayat, Ali Imran, Aidil, Miya, Sutan, Yolanda, Maulana Ayu, Syafira and Riza), KAMMI (Randy, Fajar, Muhammar, Zaidan, Sha'ban, Tika, Sabda, Siti Rahmadani, Sri Ayuni, Widya Wulandari, Uci Wulandari, Liya Yohana and others), FORSIMKA (Khairul, Nur Ilman, April and Qadafi). Friends PPLT SMAN 1 Tebingtinggi. Not forget to classmates bilingual chemistry in 2011.
The author has attempted the maximum extent possible in the completion of this thesis, but the authors recognize there are still many weaknesses in terms of both content and grammar, to the author of any suggestions and constructive criticism from readers for the perfection of this thesis. Presumably the contents of this paper can be useful to enrich science education.
Medan, December 2015 Author,
CONTAIN LIST
Page
Approval Sheet i
Biography Abstract Foreward Contain List
ii iii iv vi
Figure List ix
Table List x
Appendix List xi
CHAPTER I INTRODUCTION
1.1 Background 1
1.2 Problem Identification 3
1.3 Problem Statement 3
1.4 Problem Limitation 3
1.5 Research Objective 3
1.6 Research Benefit 4
1.7 Operational Defenition 4
CHAPTER II LITERATURE REVIEW
2.1 Learning and Learning Outcomes 5
2.2 Learning Model 6
2.3 Problem Based Cooperative Learning 6
2.4 Experiment Method 8
2.5 Demonstration Method 9
2.6 Thermochemistry 9
2.7 Design Of Thinking 15
2.8 Research Hypothesis 16
3.1 Location and Time Of Research 17
3.1.1 Location Of Research 17
3.1.2 Time Of Research 17
3.2 Population and Sample 17
3.2.1 Population Of Research 17
3.2.2 Sample Of Research 18
3.3 Variable Of Research 18
3.3.1 Free Variable 18
3.3.2 Bonded Variable 18
3.3.3 Control Variable 18
3.4 Instrument Of Research 18
3.4.1 Validity Test 3.4.2 Reliability Test 3.4.3 Difficulty Level Test 3.4.4 Different Power 3.5 Research Design
3.6 Research Procedure
3.7 Technique Of Data Tabulation 3.7.1 Normality Test
3.7.2 Homogeneity Test 3.7.3 Hypothesis Test
19 20 21 22 23 23 25 26 26 27
CHAPTER IV RESULT AND DISCUSSION 4.1. Research Result
4.1.1. Data Analysis Of Research Instrument 4.1.2. Data Of Research Result
4.2. Analysis Of Data Of Research Result 4.2.1.Normality Test Of Post test 4.2.2. Homogeneity Test Of Post test 4.3. Hypothesis Test
4.4 Discussion
CHAPTER V CONCLUSION AND SUGGESTION 5.1. Conclusion
5.2. Suggestion
38 38
FIGURE LIST
Page Figure 2.1 process result product on some reaction
Figure 3.1 Research Design
Figure 4.1 Diagram of Average Result the Pre- Test Figure 4.2 Diagram of Average Result the Post Test Figure 4.3 Diagram of Students activity
TABLE LIST
Page Table 3.1 Schedule of Research Activities
Table 3.2 Instrument Specification
Table 3.3 Table of Classification Reliability Test Table 3.4 Category of difficulty level the test item Table 3.5 Research Design
Table 4.1 Average of Pre-test Table 4.2 Average of Post-test Table 4.3 Activity Students Table 4.4 Normality Test Table 4.5 Homogeneity Test Table 4.6 Hypothesis Test
APPENDIX LIST
Page
Appendix 1. Sillaby 42
Appendix 2. Lesson Plan 44
Appendix 3 Clue of Problem
Appendix 4a Instrument Test Before Validation Appendix 4b Instrument Test After Validation Appendix 5a Key Of Answer Before Validation Appendix 5b Key Of Answer After Validation Appendix 6 Format Of Answer Sheet
Appendix 7 Students Work Sheet
Appendix 8 Answer Of Students Work Sheet Appendix 9 Observation Sheet
Appendix 10 Calculation Of Validity Test
Appendix 11 Validity Table of Research Instruments Appendix 12 Calculation Of Reliability Test
Appendix 13 Reliability Table of Research Instruments Appendix 14 Calculation Of Difficult Level
Appendix 15 Difficult Level Table of Research Instruments Appendix 16 Calculation Of Different Power
Appendix 17 Different Power Table Of Research Instrument Appendix 18 Conclusion Table Of Research Instrument Analysis Appendix 19 Tabulation Of Learning Outcomes
Appendix 20 Standard Deviation Appendix 21 Normality Test Appendix 22 Homogeneity Test Appendix 23 Hypothesis Test Appendix 24 F Table
Appendix 25 t Table
Appendix 26 Chi square Table
Appendix 27 Product Moment Appendix 28 Schedule Of Research Appendix 29 Documentation
Appendix 30 Letters
CHAPTER I INTRODUCTION
1.1. Background
Chemistry is an experimental science, it cannot be studied only through reading, writing or listening. Chemistry learning is not only about mastering the collection of knowledge in the form fact, concept, principle but also a certain discovery proicess and mastery of procedure or scientific method. Therefore, chemistry learning is not right if it is done only by monotonous lecture, but it needs method which can give a chance to students to do a process of scientific work (Jahro, 2009).
A discussion which had been done in Integrated Islamic Senior High School of AL-FITYAN on June 2015 about the learning process condition in class, it is known that teachers never use other learning methods except lecture method and debriefing in which students are only silent and less active following the learning activity. Moreover, experimental activity is rarely done, whereas demonstration activity is never done in class. For chemistry material, that is found calculation, but the students always find hardships to understand the concept so they need more time to memorize the formulation.
Learning process was very theoretical and less applied the models which had been developed by experts. On the other word, the teachers still rely on conventional models and rarely evaluate effectivity from model which was used to increase students learning outcomes.
According to a research done by Yusof (2011), using Problem Based Cooperative Learning has been proved to achieve learning effectivity and increase the result of students learning where about 97 % students get increased on its learning result and only 3 % students don’t. Problem based cooperative learning is the result combination between problem based learning and cooperative learning. It is developed by taking the benefits from problem based learning and cooperative learning then they both are combined. In problem based cooperative learning, students face on problem that is related to learning material. By there is a problem that must be solved by students in learning process so as direct students will be active. From the learning activity, the teacher will find growth value and develop on self each student. (Suharta dan Luthan P.L.A, 2013).
In addition to needing a learning model that can give ease and relief to the students, the concepts of thermochemistry can be understood by doing learning activity. Learning activity that can be done in the form of motor activities, i.e do experiment (practical work) or demonstration. In learning
activity, all knowledge must be gained by self-observation, self-experience, and self-investigation (Sardiman, 2009). By doing experiment or demonstration, students are expected to observe indications that occurs, analyze and extract the conclusion until they get the concepts not just to memorize it.
Based on research that have been done by Ma’rifatun (2014) concluded that experimental method shows that learning achievement is higher than demonstration method on application POE learning. Sunartadi’s found (2014) that using Numbered Heads Together learning (NHT) with experimental media resulted a higher learning achievement than using Numbered Heads Together learning (NHT) with demonstration media on acid, base and salt. Latifah’s (2014) explained that problem solving method plus experiment is more effective than problem solving method plus demonstration which concernd on students learning
achievement material about salt hydrolysis. This is proved significant level of 5%. Based on the explanation, researcher desires to do research with title:
“COMPARISON BETWEEN STUDENTS LEARNING OUTCOMES
EXPERIMENT AND DEMONSTRATION METHODS ON THERMOCHEMISTRY”.
1.2. Problem identification
Based on background above, it was identified a number of problems, as stated begun:
1. Are model and method applied still conventional?
2. Are Students still less active in learning process because still a teacher-centered learning?
3. Has the result of chemistry learning been maximal? 1.3. Problem Statement
Based on the background, problem identification and limitation, it can be said that the problem statement : is students learning outcomes taught using experiment method higher than students learning outcomes taught using demonstration method in problem based cooperative learning?
1.4. Problem Limitation
In order to keep this research more focused and directed, this research will be limited as follow:
1. The research has been conducted at Integrated Islamic Senior High School, grade XI Science, odd semester of academic year 2015/2016. 2. The topic has been taught is Thermochemistry.
3. The Model has been used is problem based cooperative learning.
4. The Methods have been used are experiment and demonstration method. 5. Learning outcomes have been measured were cognitive and affective. 1.5. Research Objective
1.6. Research Benefit
Results of this research are expected to be useful as follows :
1. Assisting students in the learning process so that the students’ understand thermochemistry and students learning outcomes rise.
2. Giving insightful thinking for teachers about exact model and method in the learning process which can increase students learning outcomes significantly.
3. This research will give good contribution for schools to repair and increase quality of learning process, especially chemistry subject.
4. For the researcher is Getting experience and knowledge about learning model and method that can be used in learning.
5. As a source in doing the next research. 1.7. Operational definition
Some terminologies that are used in this research defined as operational as follows:
1. Learning outcomes are success level of students’ understanding the subject matter at school that will be explained in score from some test results. Result obtained in the form impression which cause changeover to individual as a learning activity (Djamarah, 2006).
2. Problem based cooperative learning is a combination between cooperative learning and problem based learning that apply challenge for students to solve problem, until students ability both cognitive, affective and psychomotoric can develop (Suharta, 2013).
3. Experimental method is a learning that involve students work with things, materials, and laboratory apparatus both as an individual and group (Hamdani, 2011).
4. Demonstration method is learning method by way to demonstrate things, events, rules, steps to do an activity, both as direct and by using learning media which relevan with topic (Istarani, 2012).
CHAPTER V
CONCLUSIONS AND SUGGESTIONS
5.1. Conclusion
Based on the research that has been done, it can be concluded that students learning outcomes which taught with experiment method is higher than students learning outcomes which taught with demonstration based on Problem Based Cooperative Learning on material Thermochemistry class XI SMAIT AL-FITYAN Medan Academic Year 2015/2016.
5.2. Suggestions
Based on the discussion and conclusions that have been stated above, the suggest the following:
1. For the teachers and prospective teachers are expected to apply Problem Based Cooperative Learning with experiment methods on thermochemistry materials in an effort to improve student learning outcomes.
2. Need to do further research for different subjects that can be used as a step in improving the quality of education, especially in the field of chemistry studies.
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