THE DEVELOPMENT OF INNOVATIVE LEARNING MODULE ON THE TEACHING OF ACID-BASE TITRATION BASED ON CURRICULUM 2013.
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THE DEVELOPMENT OF INNOVATIVE LEARNING MODULE ON THE TEACHING OF ACID-BASE TITRATION
BASED ON CURRICULUM 2013
Debby Suci Martalina (Reg. Number : 4103332002) ABSTRACT
This research was aim to know the effectivity of innovative learning module on the teaching of acid – base titration based on curriculum 2013. It was essential to develop the standard and good innovative larning module based on curriculum 2013 that have been effective to improve student’s achievement and can meet the requirement on student’s competence in curriculum 2013. The sample in this research were chemistry textbook grade XI, chemistry lecturers of FMIPA UNIMED, chemistry teachers, and students grade XI in MAN 2 Model Medan, students grade XI in MAN 1 Medan, and students in SMAN 5 Binjai at even semester in academic year 2014/2015 that selected by purposive sampling. It was started from analyzed four bilingual chemistry textbooks then developed become innovative laerning module that had standarized by lecturers, teachers, and students in MAN 2 Model Medan and then conducted trial of module to the students. The instrument that wa used is questionnaire and 20 multiple choice test that had been valid and reliable. The normality test and then the homogeneity test shown that in experiment class and control class for data pretest, post-test 1, and post-test 2 is normal distribution and homogeneous. The result of this treatment can improve student’s achievement by looking the average of high group in experiment class (82.83 ± 3.25) is higher than in control class (81.20 ± 3.70). The same thing is also applied for low group, the average in experiment class (74.67 ± 4.49) is higher than in control class (71.80 ± 3.10). From the result of both of hypothesis test shown that high group tcount >ttable, (6.42 > 1.31) while in low group tcount > ttable, (5.92 > 1.31) and in high group (1.84 > 1.31) in low group and tcount > ttable, (6.13 > 1.31). It can be concluded that the innovative learning module on teaching of acid – base titration based on curriculum 2013 is effective to improve student’s achievement in high and low group and can meet the requirement on student’s competence in curriculum 2013.
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TABLE OF CONTENT
Page
Ratification Sheet i
Biography ii
Abstract iii
Acknowledgement iv
Table of Content vi
List of Figure ix
List of Table x
List of Appendix xii
CHAPTER I INTRODUCTION
1.1 Research Background 1
1.2 Problem Identification 5
1.3 Research Scope 5
1.4 Problem Formulation 5
1.5 Research Objectivef 6
1.6 Research Benefit 6
CHAPTER II LITERATURE STUDY
2.1 Innovative Learning Module 8
2.1.1 Procedure of Writing Module 11
2.1.2 Module and Textbook in Education 14
2.2 Curriculum 2013 for SHS 17 2.3 Chemistry Subject in Curriculum 2013 18 2.4 Chemistry Module as Teaching Media 25
2.5 Innovation of Learning Media in Chemistry 26
2.6 Laboratory Experiment in Chemistry 27
2.7 Innovation of Learning Media in Chemistry 28 2.8 Chemistry Subject on Acid – Base Titration Based on Curriculum 2013 29 2.8.1 Basic Concept of Acid – Base Titration 29
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2.8.2 Indicator for Acid-Base Titration 30
2.8.3 Calculation in Acid-Base Titration 30 2.8.4 Types of Acid-Base Titration and Its Curve 31
2.9 Research Hypothesis 33
CHAPTER III RESEARCH METHODOLOGY
3.1Research Overview 34
3.2Research Location and Time 34
3.3Research Population and Time 34
3.4Research Variable and Instrument 35
3.5Research Design 34
3.6Research Procedure 38
3.7Data Analysis Technique 41
3.7.1 Descriptive Analysis 42
3.7.2 Inferential Analysis 43
3.7.2.1The Homogeneity Test 43
3.7.2.2The Hypothesis Test 43
3.7.2.3The Percentage of Effectivity 44
CHAPTER IV RESULT AND DISCUSSION
4.1Survey of High School Bilingual Chemistry Textbook 45 4.2Descriptive Analysis of High School Bilingual Chemistry Textbook 46 4.3Development of Innovative Chemistry Learning Module 49
4.4Developed Research Instrument 51
4.5Standarization of Innovative Chemistry Learning Module 51
4.6Inferensial Analysis 52
4.6.1 The Normality Test 52
4.6.2 The Homogeneity Test 53
4.7.Effectivity of Innovative Learning Module on The Teaching of Acid –
Base Titration 52
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4.9.The Percentage of Effectivity 59
4.10. Discussion 59
CHAPTER V CONCLUSION AND SUGGESTION
5.1Conclusion 63
5.2Suggestion 64
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x
LIST OF TABLE
Page Table 2.1. The diffrences between module and textbook 14 Table 2.2. The Differences between curriculum 2013 and KTSP 17 Table 2.3. Core competence and basic competence for chemistry
subject Class XI for SMA/MA in curricum 2013 21 Table 3.1. The research design of the development of innovative
learning module on the teaching of acid-base titration based
on curriculum 2013 37
Table 3.2. Analysis of Suitable the Chemistry Learning Module or textbook for Senior High School with Curriculum 2013 on
The Teaching of Acid of Acid-Base Titration 39 Table 3.3. Questionnaire of chemistry learning module for Senior High
School with curriculum 2013 on the teaching of Acid-Base
Titration 41
Table 4.1. The description of bilingual chemistry textbook that are
included in the survey 45
Table 4.2. The suggested sub-chapter for innovative learning module
of acid – base titration 46
Table 4.3. Table percentage average of suitable of description material
for analyzed textbooks 48
Table 4.4. Type of innovation in chemistry learning module on the
topic of acid – base titration 50
Table 4.5. The questionaire result of innovative chemistry learning module standarization by chemistry lecturers, teachers, and
students. 52
Table 4.6. Average and standard deviation of student’s achievement
in pretest 54
Table 4.7. Average and standard deviation of student’s achievement in
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xi
Table 4.8. Average and standard deviation of student’s achievement in
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ix
LIST OF FIGURE
Page Figure 2.1. Titration to determine the concentration of a solution of
acid/ base using standard solution of acid/ base with known
molarity, M 30
Figure 2.2. Range of color changes of some common acid-base
indicator 30
Figure 2.3. (a) The titration curve for 100 mL of 0.100 M HCl with 0.100 M NaOH. (b) The titration curve for 100 mL of 0.100
M NaOH with 0.100 M HCl 32
Figure 2.4. The titration curve for 100 mL of 0.100 M CH3COOH with
0.100 M NaOH solution 32
Figure 2.5. The titration curve for 100 mL of 0.100 M aqueous
ammonia with 0.100 M HCl solution 33 Figure 3.1. The flow chart of research procedure, the development of
innovative learning module on the teaching of acid-base titration based on curriculum 2013 36
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xii
LIST OF APPENDIX
Page Appendix 1. Innovative learning module of acid – base titration based
on curriculum 2013 68
Appendix 2. Syllabus of chemistry subject 69 Appendix 3. Lesson plan of experiment and control class 72 Appendix 4. Spesification table of student’s achievement test 87
Appendix 5. Instrument Test 100
Appendix 6. Key Answers 106
Appendix 7. The questionnaire for trial the innovative learning
module of chemistry on the topic of acid –base titration 107 Appendix 8. Descriptive analysis of high school bilingual chemistry
textbook 108
Appendix 9. Calculation of validation test 112
Appendix 10. Table of validity test 113
Appendix 11. Calculation of reability test 115
Appendix 12. Table reability test 116
Appendix 13. Calculation of difficulty level test 118
Appendix 14. Table of difficulty level test 119
Appendix 15. Calculation of discrimination index test 121 Appendix 16. Table of discrimination index test 122 Appendix 17. The questionnaire for trial the innovative learning
module standarization by chemistry lectureres of States
University of Medan 125
Appendix 18. The questionnaire for trial the innovative learning module standarization by teachers of MAN 2 Model
Medan, Man 1 Medan, and SMAN 5 Binjai 126 Appendix 19. The questionnaire for trial the innovative learning
module standarization by students of MAN 2 Model
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xiii
Appendix 20. The questionnaire for trial the innovative learning module standarization by lecturer, teachers, and students of MAN 2 Model Medan, MAN 1 Medan, and SMAN 5
Binjai 128
Appendix 21. Table of grouping class (high and low group) for three
senior high school 129
Appendix 22. Calculation of normality test 135
Appendix 23. Calculation homogeinity test 141
Appendix 24. Calculation of hypothesis test 143
Appendix 25. The percentage average of student’s achievement 149
Appendix 26. The Percentage of Effectivity 150
Appendix 27. Research Documentation 151
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65
REFERENCES
Ali, R., Ghazi, S.R., Khan, M.S., Hussain, S., and Faitma, Z.T., (2010), Effectiveness of Modular Teaching in Biology at Secondary Level, Asian Social Science 6(9) 49-50
Aman, (2009), Kajian Model-Model Ecaluasi Program Pendidikan, FIS UNY, Yogyakarta:http://staff.uny.ac.id/system/files/penelitian/Dr.%20Aman,% 20M.Pd./B 14.PENELITIAN.pdf s
Atinhaibara, (2013), Dinamika Peningkatan Kualitas Pendidikan dengan Kurikulum 2013: http://atinhaibara.wordpress.com/pendidikan/dinamika-peningkatan-kualitas-pendidikan-dengan-kurikulum-2013/ (Accessed on January 2014)
Brady,J.E.,Russel,J.W., and Holum,J.R., (2000), Chemistry: Matter and Its Changes,John Wiley & Sons,Inc, New York
Dharma, S.,(2008),Penulisan Modul,Direktorat Jendral Peningkatan Mutu Pendidikan dan Tenaga Kerja Kependudukan Departemen Pendidikan Nasional, Jakarta
Frananta, D.S., (2013), The effectivity of Innovated Learning Module and Demonstration Method with Macromedia Flash Animation to Improve Student’s Achievement on The Teaching of Salt Hydrolysis., Skripsi, FMIPA, Unimed, Medan
Gusriwan, (2012), Titrasi Asam-Basa:
http://gusriwan39.files.wordpress.com/2012/02/titrasi.ppt. (Accessed on January 2014)
Hardila,V., (2012), The Influence of Critical Thinking Developments in Learning Slat Hydrolysis Concept Through Chemistry Modules to Increase Student’s Achievement Grade XI., Skripsi, FMIPA, Unimed, Medan Hofstein,A., (2004), The Laboratory in Chemistry Education: Thirty Years of
Experience with Developments, Implementation, and Research, Chemistry Education: Research and Practice 5(3): 284
Joga, J.R.B., (2010), Preparing Modules as Learning Materials in Strengthening Students’ Comprehension of the Given Subjects, Journal of Humaniora Development 10(1): 28
(11)
66
Kentari, K., (2012), Model Pembelajaran Learning Cycle 7E dengan Metode Praktikum pada Titrasi Asam-Basa untuk Meningkatkan Penguasaan Konsep dan Keterampilan Berpikir Kritis Siswa SMA, Tesis, UPI, Bandung
Kurbangku, N.I., and Akin, A., (2010), The Relationships between University
Student’s Chemistry Laboratory Anxiety, Attitudes, and Self-Efficacy Beliefs, Australian Journal of Teacher Education 35(2): 48
Maciejowska, I., (2007), Chemical Education Outside a Classroom Step by Step, Department of Chemical Education, Faculy of Chemistry Jagellonian, Poland:http://www.citieseu.org/sites/default/files/attachments/066_outdo or_activities-cities-iwona.pdf.
Media Pendidikan Indonesia, (2013), Karakteristik Kurikulum 2013: http://www.m-edukasi.web.id/2013/06/karakteristik-kurikulum2013.html (Accessed on April, 2014)
Muslimah, Y., (2012), Meningkatkan Aktivitas dan Hasil Belajar Siswa Pada Materi Hidrolisis Garam Melalui Model Student Teams Achievement Division (STAD), Jurnal Vidya Karya 27(1): 25-26
Notodiputro, K.A.,(2013), Kompetensi Dasar SMA/MA, Kementerian Pendidika dan Kebudayaan 2013, Jakarta
Rachmawati,R., and Johari.,(2010),Chemistry 2 for Senior High School Grade XI, PT. Gelora Aksara Pratama, Jakarta
Parulian, H.G., and Situmorang, M., (2013), Inovasi Pembelajaran di Dalam Buku Ajar Kimia SMA untuk Meningkatkan Hasil Belajar Siswa Kelas XI, Jurnal Penelitian Bidang Pendidikan 19(2): 74-76
Silitonga, P.M., (2011), Statistik Teori dan Aplikasi Dalam Penelitian, FMIPA Unimed, Medan
Simatupang, N.I., and Situmorang, M., (2013), Innovation of Senior High School Chemistry Textbook to Improve Students Achievement in Chemistry, The 2nd International Conference of The Indonesian Chemical Society in Chemistry 2013 October, 22 – 23th 2013,Page 44 - 42
Situmorang, H, and Situmorang, M., (2013), Efektivitas Metode Demonstrasi dalam Meningkatkan Hasil Belajar Siswa Sekolah Menengah Kejuruan pada Pengajaran Sistem Koloid, Jurnal Penelitian Bidang Pendidikan 19(1): 2-3
(12)
67
Situmorang,M.,(2010), Penelitian Tindakan Kelas (PTK) Untuk Mata Pelajaran Kimia, Universitas Negeri Medan, Medan
Situmorang, M., (2013), Pengembangan Buku Ajar Kimia SMA Melalui Inovasi Pembelajaran dan Integrasi Pendidikan Karakter untuk Meningkatkan Hasil Belajar Siswa, Prosiding Seminar dan Rapat Tahunan BKS PTN-B
Bidang MIPA di Bandar Lampung, May, 10-12nd 2013, Page 237-246
Situmorang, M., Simaremare, B., Elnovrey, J., Naiborhu, P.D., and Sumbayak, D., (2012), The Development of Chemistry Learning Module for RSBI Senior High School Students, Research Report of Teaching Grant KBI FMIPA UNIMED, Medan
Situmorang, M., Sinaga, M., Tarigan, D.A.B., Sitorus, C.J., and Tobing, A.M.L., (2011), The Effectivity of Innovated Chemistry Learning Methods to
Increase Student’s Achievement in Teaching of Solubility and Solubility Product, Jurnal Penelitian Bidang Pendidikan 17(1): 29-31
Situmorang, M., Sinaga, M., Tobing, A.M.L., Sitorus, C.J., and Tarigan, D.A.B., (2009), Innovation of Laboratory Experiment and Demonstration Method to Increase Students Achievement in teaching od solubility and solubility product, Research Proposal Teaching Grant KBI FMIPA Unimed, Medan
Situmorang, M., Suyanti, R.D., Simatupang, N.I, and Munthe, S.D.D., (2013), Pengembangan Buku Ajar Kimia SMA/MA Kelas X Sesuai Kurikulum 2013 Melalui Inovasi Pembelajaran untuk Meningkatkan Hasil Belajar Siswa, Prosiding Seminar Penelitian Unimed, Lembaga Penelitian Unimed, Medan
Thok, F., (2013), Perbedaan Kurikulum 2013 dan KTSP: http://fatkoer.wordpress.com/2013/07/28/perbedaan-kurikulum-2013dan-ktsp/ (Aceessed on April, 2014)
Wahid, M.R., (2013), Kriteria Pendidikan Scientific: http://mrwahid.wordpress.com/2013/09/05/1015/(Accessed on April, 2014)
Whitten, K.W., Davis, R.E., and Peck, M.L., (1996), General Chemistry,Saunders collage Pub, Georgia
Yusfiani, M., and Situmorang, M., (2011), Pengembangan dan Standarisasi Buku Ajar Kimia SMA/MA Kelas XII Semester I Berdasarkan Standar Isi KTSP, Jurnal Penelitian Bidang Pendidikan 17(1): 39-40
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LIST OF FIGURE
Page Figure 2.1. Titration to determine the concentration of a solution of
acid/ base using standard solution of acid/ base with known
molarity, M 30
Figure 2.2. Range of color changes of some common acid-base
indicator 30
Figure 2.3. (a) The titration curve for 100 mL of 0.100 M HCl with 0.100 M NaOH. (b) The titration curve for 100 mL of 0.100
M NaOH with 0.100 M HCl 32
Figure 2.4. The titration curve for 100 mL of 0.100 M CH3COOH with
0.100 M NaOH solution 32
Figure 2.5. The titration curve for 100 mL of 0.100 M aqueous
ammonia with 0.100 M HCl solution 33 Figure 3.1. The flow chart of research procedure, the development of
innovative learning module on the teaching of acid-base titration based on curriculum 2013 36
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LIST OF APPENDIX
Page Appendix 1. Innovative learning module of acid – base titration based
on curriculum 2013 68
Appendix 2. Syllabus of chemistry subject 69
Appendix 3. Lesson plan of experiment and control class 72 Appendix 4. Spesification table of student’s achievement test 87
Appendix 5. Instrument Test 100
Appendix 6. Key Answers 106
Appendix 7. The questionnaire for trial the innovative learning
module of chemistry on the topic of acid –base titration 107 Appendix 8. Descriptive analysis of high school bilingual chemistry
textbook 108
Appendix 9. Calculation of validation test 112
Appendix 10. Table of validity test 113
Appendix 11. Calculation of reability test 115
Appendix 12. Table reability test 116
Appendix 13. Calculation of difficulty level test 118
Appendix 14. Table of difficulty level test 119
Appendix 15. Calculation of discrimination index test 121 Appendix 16. Table of discrimination index test 122 Appendix 17. The questionnaire for trial the innovative learning
module standarization by chemistry lectureres of States
University of Medan 125
Appendix 18. The questionnaire for trial the innovative learning module standarization by teachers of MAN 2 Model
Medan, Man 1 Medan, and SMAN 5 Binjai 126 Appendix 19. The questionnaire for trial the innovative learning
module standarization by students of MAN 2 Model
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Appendix 20. The questionnaire for trial the innovative learning module standarization by lecturer, teachers, and students of MAN 2 Model Medan, MAN 1 Medan, and SMAN 5
Binjai 128
Appendix 21. Table of grouping class (high and low group) for three
senior high school 129
Appendix 22. Calculation of normality test 135
Appendix 23. Calculation homogeinity test 141
Appendix 24. Calculation of hypothesis test 143
Appendix 25. The percentage average of student’s achievement 149
Appendix 26. The Percentage of Effectivity 150
Appendix 27. Research Documentation 151
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REFERENCES
Ali, R., Ghazi, S.R., Khan, M.S., Hussain, S., and Faitma, Z.T., (2010), Effectiveness of Modular Teaching in Biology at Secondary Level, Asian Social Science 6(9) 49-50
Aman, (2009), Kajian Model-Model Ecaluasi Program Pendidikan, FIS UNY, Yogyakarta:http://staff.uny.ac.id/system/files/penelitian/Dr.%20Aman,% 20M.Pd./B 14.PENELITIAN.pdf s
Atinhaibara, (2013), Dinamika Peningkatan Kualitas Pendidikan dengan Kurikulum 2013: http://atinhaibara.wordpress.com/pendidikan/dinamika-peningkatan-kualitas-pendidikan-dengan-kurikulum-2013/ (Accessed on January 2014)
Brady,J.E.,Russel,J.W., and Holum,J.R., (2000), Chemistry: Matter and Its Changes,John Wiley & Sons,Inc, New York
Dharma, S.,(2008),Penulisan Modul,Direktorat Jendral Peningkatan Mutu Pendidikan dan Tenaga Kerja Kependudukan Departemen Pendidikan Nasional, Jakarta
Frananta, D.S., (2013), The effectivity of Innovated Learning Module and Demonstration Method with Macromedia Flash Animation to Improve
Student’s Achievement on The Teaching of Salt Hydrolysis., Skripsi,
FMIPA, Unimed, Medan
Gusriwan, (2012), Titrasi Asam-Basa:
http://gusriwan39.files.wordpress.com/2012/02/titrasi.ppt. (Accessed on January 2014)
Hardila,V., (2012), The Influence of Critical Thinking Developments in Learning Slat Hydrolysis Concept Through Chemistry Modules to Increase
Student’s Achievement Grade XI., Skripsi, FMIPA, Unimed, Medan
Hofstein,A., (2004), The Laboratory in Chemistry Education: Thirty Years of Experience with Developments, Implementation, and Research, Chemistry Education: Research and Practice 5(3): 284
Joga, J.R.B., (2010), Preparing Modules as Learning Materials in Strengthening
Students’ Comprehension of the Given Subjects, Journal of Humaniora
(5)
Kentari, K., (2012), Model Pembelajaran Learning Cycle 7E dengan Metode Praktikum pada Titrasi Asam-Basa untuk Meningkatkan Penguasaan Konsep dan Keterampilan Berpikir Kritis Siswa SMA, Tesis, UPI, Bandung
Kurbangku, N.I., and Akin, A., (2010), The Relationships between University
Student’s Chemistry Laboratory Anxiety, Attitudes, and Self-Efficacy Beliefs, Australian Journal of Teacher Education 35(2): 48
Maciejowska, I., (2007), Chemical Education Outside a Classroom Step by Step, Department of Chemical Education, Faculy of Chemistry Jagellonian, Poland:http://www.citieseu.org/sites/default/files/attachments/066_outdo or_activities-cities-iwona.pdf.
Media Pendidikan Indonesia, (2013), Karakteristik Kurikulum 2013: http://www.m-edukasi.web.id/2013/06/karakteristik-kurikulum2013.html (Accessed on April, 2014)
Muslimah, Y., (2012), Meningkatkan Aktivitas dan Hasil Belajar Siswa Pada Materi Hidrolisis Garam Melalui Model Student Teams Achievement Division (STAD), Jurnal Vidya Karya 27(1): 25-26
Notodiputro, K.A.,(2013), Kompetensi Dasar SMA/MA, Kementerian Pendidika dan Kebudayaan 2013, Jakarta
Rachmawati,R., and Johari.,(2010),Chemistry 2 for Senior High School Grade XI, PT. Gelora Aksara Pratama, Jakarta
Parulian, H.G., and Situmorang, M., (2013), Inovasi Pembelajaran di Dalam Buku Ajar Kimia SMA untuk Meningkatkan Hasil Belajar Siswa Kelas XI, Jurnal Penelitian Bidang Pendidikan 19(2): 74-76
Silitonga, P.M., (2011), Statistik Teori dan Aplikasi Dalam Penelitian, FMIPA Unimed, Medan
Simatupang, N.I., and Situmorang, M., (2013), Innovation of Senior High School Chemistry Textbook to Improve Students Achievement in Chemistry, The 2nd International Conference of The Indonesian Chemical Society in Chemistry 2013 October, 22 – 23th 2013,Page 44 - 42
Situmorang, H, and Situmorang, M., (2013), Efektivitas Metode Demonstrasi dalam Meningkatkan Hasil Belajar Siswa Sekolah Menengah Kejuruan pada Pengajaran Sistem Koloid, Jurnal Penelitian Bidang Pendidikan 19(1): 2-3
(6)
Situmorang,M.,(2010), Penelitian Tindakan Kelas (PTK) Untuk Mata Pelajaran Kimia, Universitas Negeri Medan, Medan
Situmorang, M., (2013), Pengembangan Buku Ajar Kimia SMA Melalui Inovasi Pembelajaran dan Integrasi Pendidikan Karakter untuk Meningkatkan Hasil Belajar Siswa, Prosiding Seminar dan Rapat Tahunan BKS PTN-B
Bidang MIPA di Bandar Lampung, May, 10-12nd 2013, Page 237-246
Situmorang, M., Simaremare, B., Elnovrey, J., Naiborhu, P.D., and Sumbayak, D., (2012), The Development of Chemistry Learning Module for RSBI Senior High School Students, Research Report of Teaching Grant KBI FMIPA UNIMED, Medan
Situmorang, M., Sinaga, M., Tarigan, D.A.B., Sitorus, C.J., and Tobing, A.M.L., (2011), The Effectivity of Innovated Chemistry Learning Methods to
Increase Student’s Achievement in Teaching of Solubility and Solubility Product, Jurnal Penelitian Bidang Pendidikan 17(1): 29-31
Situmorang, M., Sinaga, M., Tobing, A.M.L., Sitorus, C.J., and Tarigan, D.A.B., (2009), Innovation of Laboratory Experiment and Demonstration Method to Increase Students Achievement in teaching od solubility and solubility product, Research Proposal Teaching Grant KBI FMIPA Unimed, Medan
Situmorang, M., Suyanti, R.D., Simatupang, N.I, and Munthe, S.D.D., (2013), Pengembangan Buku Ajar Kimia SMA/MA Kelas X Sesuai Kurikulum 2013 Melalui Inovasi Pembelajaran untuk Meningkatkan Hasil Belajar Siswa, Prosiding Seminar Penelitian Unimed, Lembaga Penelitian Unimed, Medan
Thok, F., (2013), Perbedaan Kurikulum 2013 dan KTSP: http://fatkoer.wordpress.com/2013/07/28/perbedaan-kurikulum-2013dan-ktsp/ (Aceessed on April, 2014)
Wahid, M.R., (2013), Kriteria Pendidikan Scientific: http://mrwahid.wordpress.com/2013/09/05/1015/(Accessed on April, 2014)
Whitten, K.W., Davis, R.E., and Peck, M.L., (1996), General Chemistry,Saunders collage Pub, Georgia
Yusfiani, M., and Situmorang, M., (2011), Pengembangan dan Standarisasi Buku Ajar Kimia SMA/MA Kelas XII Semester I Berdasarkan Standar Isi KTSP, Jurnal Penelitian Bidang Pendidikan 17(1): 39-40