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thereby giving students more chances to gain insights, intrinsic interest, and self-efficacy, and students are allowed to focus on learning, understanding, and mastering the task. Similarly, the use of the learning cycle can clarify students’ thought processes and correct their misconceptions. When students explore a new concept through an exploration, their new experiences cause them reevaluate their past experiences. This produces disequilibrium in the student, and she needs to accommodate the concept to reach equilibration. The students in the learning cycle group have theopportunity to explain, to argue, and to debate their ideas,which allows them to accommodate the concept. In theelaboration phase, students gain familiarity with the intro-duced concept and either assimilate or accommodate thenew concept into their schemata. The persistence of inad-equate cognitive structures is attacked by applying newconcepts to a broad range of new examples.The study presented here revealed that teacher-cen-tered and textbook-oriented science instruction fail to im-provestudents’conceptualunderstandingandleavemanymisconceptionsunchanged.Topromotemeaningfullearn-ing, it is necessary to overcome misconceptions with thehelp of different instructional methods rather than the tra-ditional one. The present study suggests the use of the 5Elearning cycle and conceptual change text instruction asmetode alternatif instruksi tradisional. Namun,keberhasilan pelaksanaan strategi tersebut mengharuskanguru menyadari pengetahuan siswa sebelumnya dan merekakesalahpahaman dan langsung Kamea kelas-ikatan sesuai.
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