PENERAPAN ACTIVE LEARNING OF OPTICS AND PHOTONICS (ALOP) BERBANTUAN SIMULASI KOMPUTER UNTUK MENGURANGI MISKONSEPSI SISWA KELAS XI DI BANDUNG
Ketidaksesuaian konsep siswa dengan konsepyang dianut oleh para ahli disebut miskonsepsi.MiskonsepsiterjadipadaberbagaimateriFisikasalahsatunyaad alahCahayadanOptik.TujuanpenelitianiniuntukmengetahuiefektivitasAL OPapproachberbantuansimulasikomputeruntukmengurangimiskonsepsisis wapadamaterialat-alat...
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2018-08-31.
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| Summary: | Ketidaksesuaian konsep siswa dengan konsepyang dianut oleh para ahli disebut miskonsepsi.MiskonsepsiterjadipadaberbagaimateriFisikasalahsatunyaad alahCahayadanOptik.TujuanpenelitianiniuntukmengetahuiefektivitasAL OPapproachberbantuansimulasikomputeruntukmengurangimiskonsepsisis wapadamaterialat-alatoptik.Metodepenelitian yang digunakanadalahmixed methodsdengandesainpenelitianembedded mixed methods. Penelitiandilakukankepadasiswakelas XI di salahsatu SMA kota Bandung yang dibedakanmenjadiduakelompok, kelaskontroldankelaseksperimen, masing-masingkelasterdiridari 23 siswa. Kelaskontrolmenggunakanpembelajarankonvensional, sedangkankelaseksperimenmenggunakanpembelajaran ALOP berbantuansimulasikomputer.Instrumen yang digunakanuntukmengidentifikasimiskonsepsisiswapadamaterialatalatoptikadalahFour- Tier Optics and Photonics Test (FTOPT), terdiridari 18 item, yang diberikanpadakegiatanpre-testdanposttestpadakeduakelas. Miskonsepsitersebarpada sub materimata, kamera, lup, mikroskop, danteleskop. Berdasarkan data penelitiandiperolehhasilperhitunganeffect sizedenganGlass's delta sebesar 0,81 yang menunjukkaninterpretasitinggi, makadariituALOPapproach berbantuansimulasikomputerefektifuntukmengurangimiskonsepsisiswap adamaterialatoptik. ;---The incompatibility of students' concepts with the concepts agreed upon by experts is called misconception. Misconception occurs in various Physics materials, one of which is Light and Optics. The purpose of this study was to determine the effectiveness of ALOP-approach assisted with computer simulations to reduce students' misconceptions in the material of optical devices. The research method used is mixed methods with embedded mixed methods research designs. The study was conducted to class XI students in one of the high schools in Bandung which were divided into two groups, control class and experimental class, each class consisted of 23 students. The control class uses conventional learning, while the experimental class uses computer simulation. The instrument used to identify students' misconceptions on the material of optical devices was Four-Tier Optics and Photonics Test (FTOPT), consisting of 18 items, which were given to the pre-test and post-test activities in both classes. Misconception is spread in sub-eye material, cameras, loops, microscopes, and telescopes. Based on the research data obtained the calculation of the effect size with Glass's delta of 0.81 which indicates a high interpretation, therefore ALOPapproach assisted by computer simulation is effective to reduce students' misconceptions on optical instrument material. |
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| Item Description: | http://repository.upi.edu/47311/1/S_FIS_1400610_Title.pdf http://repository.upi.edu/47311/2/S_FIS_1400610_Abstract.pdf http://repository.upi.edu/47311/3/S_FIS_1400610_Table_Of_Content.pdf http://repository.upi.edu/47311/4/S_FIS_1400610_Chapter1.pdf http://repository.upi.edu/47311/5/S_FIS_1400610_Chapter2.pdf http://repository.upi.edu/47311/6/S_FIS_1400610_Chapter3.pdf http://repository.upi.edu/47311/7/S_FIS_1400610_Chapter4.pdf http://repository.upi.edu/47311/8/S_FIS_1400610_Chapter5.pdf http://repository.upi.edu/47311/9/S_FIS_1400610_Bibliography.pdf http://repository.upi.edu/47311/10/S_FIS_1400610_Appendix.pdf |