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IntroductionStudents’ understanding of the particulate nature of matterand its importance for the interpretation of the phenomena(physical and chemical ones) has been studied in a variety ofcontexts over the last three decades. Research has focusedeither on students’ misconceptions and the inherent difficultiesor on the exogenous-independent variables, e.g., individualdifferences that can explain the variability in students’ performanceon this matter. The latter, the effect of individual differences on thissubject matter, has been very little explored so far. The presentpaper is seeking to shed light on this effect with the help ofadvanced contemporary statistical methods such as structuralequation modeling (SEM).Students’ understanding of the nature of matter and the changesof state. Starting from the significance of the particulate nature of matterfor the understanding of the real world, it is certainly worthbeing reminded of Feynman’s statement that, if all of scientificknowledge was to be destroyed and only one sentence has to bepassed to the next generation, this would be the statement of theatomic hypothesis (Feynman, 1963).
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