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Simulation-based scientific discovery learning research on the effects of experimental support and learners' reasoning ability

机译:基于模拟的实验支持与学习者推理能力影响的科学发现学习研究

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On the basis of our previous research, the present study made a further investigation into how to support simulation-based scientific discovery learning from the scientific experiment and reasonign perspective. A 2 (ES / no ES) X 3 (high / middle/ low) between-subjects design was adopted to examine the effect of the experimental support (ES) and learners' reasoning ability. As a result, (1) clear main effects were observed for reasoning ability level on the post-test of principle knowledge and intuitive understanding, (2) there was an interaction between the ES and reasoning ability level on the post-test of principle knowledge, indicating that ES had positive influence on low ability learners, but negative influence on middle ability learners. A process analysis manifested that the learners with the ES had performed more qualified and well-controlled experiments. A conclusion was drawn concerning how to support scientific discovery learning in a simulation environment.
机译:在我们以前的研究的基础上,本研究进一步调查了如何支持科学实验和徽章的仿真科学发现学习。采用2(ES / NOS)X 3(高/中/低)对象设计,以检查实验支持和学习者推理能力的效果。结果,(1)在原则知识和直观理解的后检验后的推理能力水平观察到(1)明确的主要效果,(2)在原则知识的后测试后,ES与推理能力之间存在互动。 ,表明es对低能力学习者产生了积极影响,对中间能力学习者产生负面影响。过程分析表现出与ES的学习者进行了更合格和受良好控制的实验。关于如何支持仿真环境中的科学发现学习,得出了结论。

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