Education Quarterly · 2008 · 62 citations · 16 references
EducationChemistryInstructionChemistry EducationCreativityInstruction In Higher EducationChemistry InstructionGroup CreativityActivitiesCreative Thinking DevelopmentCreativity InstructionCreativity TestsHigher-order Thinking SkillsStudent Creativity
This study investigated the effects of creative activities on high school chemistry students’ higher order thinking skills. Sixty (60) students were assigned randomly into Instruction with Creative Activities (ICA) group and Instruction with No Creative Activities (INCA) group. Various creative activities were incorporated into fourteen lessons of the ICA group in the intervention which lasted for ten weeks. The group exposed to the ICA was expected to have a higher mean score in the Chemistry Test for Higher Order Thinking Skills (ChemTHOTS). However, no significant difference was found between the mean posttest scores of the ICA and INCA in the ChemTHOTS. Moreover, no significant difference was found between the mean gain score from pretest to posttest of the two groups.
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Success on Algorithmic and LOCS vs. Conceptual Chemistry Exam Questions
Uri Zoller, Aviva Lubezky, Mary B. Nakhleh et al. · Journal of Chemical Education · 1995 · 111 citations
Education, Chemistry, Algorithms +9