ABSTRAKPenelitian ini bertujuan untuk mengetahui interaksi antara penilaian formatif dengan kemampuan awal terhadap penguasaan konsep siswa materi fluida statis, suhu, dan kalor. Metode penelitian menggunakan kuasi eksperimen faktorial 2 x2. Populasi penelitian ini adalah seluruh siswa kelas X MIA SMA Negeri 1 Singosari tahun ajaran 2014/2015 yang terdiri dari 5 kelas dengan jumlah 170 siswa yang akan mendapatkan materi fluida statis, suhu dan kalor. Sampel yang digunakan adalah kelas X MIA 1 dengan pembelajaran Diagram Vee-balikan formatif, sedangkan X MIA 3 menggunakan Diagram Vee-penugasan. Penguasaan konsep siswa diukur dengan tes penguasaan konsep pada materi fluida statis, suhu dan kalor. Hasil dari tes penguasaan konsep dianalisis dengan uji prasyarat analisis. Pada uji normalitas, kemampuan awal siswa dan penguasaan konsep siswa terdistribusi normal dengan nilai p (sig) > 0,05. Pada uji homogenitas, kemampuan awal siswa dan penguasaan konsep siswa data homogen dengan p (sig) > 0,05. Hasil uji hipotesis penelitian menggunakan uji Anova Two Ways, menunjukkan tidak ada interaksi antara kemampuan awal dan penilaian formatif terhadap penguasaan konsep. ABSTRACTThis study aimed to determine interaction among formative assessment, prior knowledge and the student mastery of the concept of static fluid, heat and temperature. This research used quasi experimental method using 2x2 factorial. The population was all students of grade X, science program of Senior High School Singosari, school year 2014/2015 which consists of five class with 170 students who will get material of static fluid, heat and temperature. The samples were grade X science 1 with Diagram Vee formative assessment and grade X science 3 with Diagram Vee assignment. Mastery of concepts were measured by using sumative test of static fluid, heat and temperature. Result of mastery of concepts were tested by using analysis precondition test. The normality test showed that prior knowledge and mastery of concepts of student was normally distributed with p (sig) > 0,05. The homogeneity test showed that prior knowledge and mastery of concepts of student were homogenous with p (sig) > 0,05. Result of hypothesis testing with Anova Two Ways showed no interaction among prior knowledge, formative assessment and mastery of concepts .
This research analyzed the misconception of heat and temperature material integrated with Al Quran on senior high school students in Banjarmasin. This research used qualitative method. Subjects of the research are student eleventh grade of science program in 16 senior high school of Banjarmasin. Every school was taken one class became subject of the research. This misconception has been analyzed using four tier test. Misconception that identified by four tier test and integrated with Al Quran on senior high school science students in Banjarmasin is the concept of heat transfer, changes in form, heat capacity, and expansion factor. Those concepts have been found not well understood among science students, especially on Black’s Principle, changes in form, and expansion factor.
This study is to analyze the misconceptions of natural science students of State Islamic Senior High School (MAN) Banjarmasin in the heat and temperature materials. The study was conducted in all State Islamic Senior High Schools Banjarmasin, namely State Islamic Senior High School 1, 2, and 3 Banjarmasin. The instrument used in this study was a misconception test with four tier tests so that the data obtained were in the form of students’ misconception data. The analysis of the misconception uses the four tier tests. The results showed that the natural science students of State Islamic Senior High School 1 Banjarmasin experienced misconceptions on the concept of expansion, changes in form, heat capacity, and heat transfer; the natural science students of State Islamic Senior High School 2 Banjarmasin experienced misconceptions on the concept of expansion, change of form, and Black Principle; the natural science students of State Islamic Senior High School 3 Banjarmasin experienced misconceptions on the concept of expansion, changes in form, heat capacity, Black Principle, and heat transfer.
The Covid-19 pandemic has brought significant changes in education and the tendency of face-to-face learning to be online. Therefore, several studies have developed e-modules to support learning, one of which is physics learning. This research is the result of a review based on a bibliometric analysis of the physics e-module. The data was obtained based on articles published in journals and proceedings on Google Scholar in 2020-2021, namely when the Covid-19 pandemic happened. These were selected via Publish or Perish (PoP) software. The data has been sorted until found 74 articles from 142 articles. The data were processed in depth using VOSviewer software. The results showed how the network, overlay, and density were between pieces. It also showed other information regarding the distribution of the authors and their affiliations. Based on this analysis, it was suggested that there is a need to strengthen collaboration between writers and research focused on students’ abilities and skills.
Miskonsepsi adalah salah satu masalah dalam pembelajaran fisika. Miskonsepsi fisika terjadi pada materi suhu dan kalor. Penelitian ini bertujuan untuk memberikan review terkait upaya yang telah dilakukan beberapa peneliti untuk meremediasi miskonsepsi materi suhu dan kalor. Materi yang diremediasi adalah suhu dan kalor. Metode penelitian kualitatif artikel review pada remediasi konsep suhu dan kalor. Hasil dari penelitian ini adalah review miskonsepsi fisika dalam kompetensi dasar suhu dan pemuaian, kalor dalam perubahan wujud, Azas Black dan perpindahan kalor. Miskonsepsi pada materi suhu dan kalor biasa terjadi pada konsep ukuran benda, perubahan wujud, gejala Azas Black dan proses perpindahan kalor. Upaya remediasi yang biasa dilakukan adalah dengan model pembelajaran, perangkat pembelajaran dan problem solving. Remediasi dapat dilakukan dengan membahas konsep sesuai dengan pemahaman awal siswa terhadap materi suhu dan kalor.
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