<![CDATA[Penelitian ini bertujuan untuk mengetahui kelayakan pembelajaran sistem dalam kehidupan tumbuhan berbasis web dengan visualisasi dan simulasi. Penelitian ini dikatakan layak jika hasil penilaian kelayakan dari pakar media dan materi 70% dan hasil belajar klasikal ⥠75% di atas nilai KKM. Penelitian ini merupakan Research and Development (R & D) yang akan menghasilkan web pembelajaran pada materi sistem dalam kehidupan tumbuhan di MTs Negeri. Hasil analisis penilaian kelayakan pakar materi adalah 85% dan hasil penilaian oleh pakar media 75,76%. Pada uji coba skala terbatas hasil belajar siswa mencapai 100%. Pada uji coba pemakaian kelas eksperimen lebih baik dari pada kelas kontrol. Terbukti dengan pencapaian hasil belajar kelas eksperimen ketuntasan klasikal mencapai 100% dan pada kelas kontrol ketuntasan klasikalnya hanya 75%. Berdasarkan hasil penelitian dapat disimpulkan bahwa pemanfaatan media pembelajaran biologi berbasis web dengan visualisasi dan simulasi layak digunakan pada materi sistem dalam kehidupan tumbuhan di MTs Negeri.  The purpose of this study was to know the appropriateness of web based learning system plant life topic with visualization and simulation. The experiment was considered succesfull if the results of quality assessment of media experts and materials was 70% and the results of classical learning ⥠75% was which above the standard of KKM. This study was a Research and Development (R & D) that the result is web-learning system material in the plant life in the MTs. The results of expert analysis for feasibility assessment of the material was 85% and the results of expert assessment for the media is 75.76%. On a limited scale trial, students assessment reached 100%. On the trial application, experiment class performed better than the control class. It could be showed by study result assessment in the experiment class. The classical completeness was 100% and the control class was 75%. Based on the results, it could be concluded that the use of web-based biology learning media with visualization and simulation was appropriate to be used in the system in the living plant material in MTs.  ]]>
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