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COMPUTER SIMULATIONS VERSUS PHYSICAL EXPERIMENTS: A GENDER COMPARISON OF IMPLEMENTATION METHODS FOR INQUIRY-BASED HEAT TRANSFER ACTIVITIES

机译:计算机仿真与物理实验:基于查询的传热活动的实施方法的性别比较

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摘要

Heat and temperature concepts are found at all levels in the science curricula and are well-known for creating conceptual difficulties for learners.Carlton found many students described temperature as”...a measure of how hot or cold something feels”(p.102).Others found students believed there is no difference between heat and temperature or that heat is a form of energy.While it could be hypothesized that the more coursework taken,the greater the conceptual understanding,Jasen and Oberem found that the number of courses/semesters of physical science taken had”minimal influence”(p.892)on students’abilities to correctly answer questions on thermal equilibrium and heat transfer.
机译:在科学课程中的各个层面都发现了热量和温度概念,众所周知,为学习者创造概念性困难.Carlton发现许多学生将温度描述为“......一种衡量热情或感觉的热点”(P.102 )。发现学生认为,热量和温度之间没有差异,或者热量是能量的一种形式。这可能是假设,所采取的课程越多,概念理解,jasen和oberem发现课程的数量/ 学期的物理科学的学期对学生提供了“最小的影响力”(第892页),以正确地回答热平衡和传热的问题。

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