Helping students connect the macroscopic level to the molecular level

Q2 Social Sciences Journal of Food Science Education Pub Date : 2021-11-09 DOI:10.1111/1541-4329.12232
Shelly J. Schmidt
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引用次数: 1

Abstract

It has been well documented that for many students science is difficult to learn. Thus, as a food chemistry teacher, it has been my mission to continually search for and implement better ways to help my students learn chemistry. One strategy for improved learning, based on Johnstone's Triangle, that has been shown to be exceedingly effective, is to intentionally and explicitly provide students with opportunities to see and experience chemistry at the macroscopic level (things they can observe), so that they can make a more meaningful and lasting connection to the molecular level (things they cannot directly observe). Thus, the focus of this article is to share with you six demonstrations and one assignment that help make chemistry visible to students, providing them with a macromolecular manifestation of a molecular level property or event. Featured demonstrations are grouped into two categories: The Properties of Water Demonstrations (Water's #1 Superpower: Hydrogen Bonding) and The Phase Transitions of Water Demonstrations (Water's #2 Superpower: Shapeshifting). The assignment is modeled after the popular Unwrapped TV series.

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帮助学生将宏观水平与分子水平联系起来
有充分的证据表明,对许多学生来说,科学很难学。因此,作为一名食品化学教师,不断寻找和实施更好的方法来帮助我的学生学习化学一直是我的使命。以约翰斯通三角理论为基础的一种改进学习的策略已被证明是非常有效的,即有意和明确地为学生提供在宏观层面(他们可以观察到的东西)看到和体验化学的机会,这样他们就可以在分子层面(他们不能直接观察到的东西)建立更有意义和更持久的联系。因此,本文的重点是与您分享六个演示和一个作业,以帮助学生了解化学,为他们提供分子水平性质或事件的大分子表现。特色演示分为两类:水的特性演示(水的#1超能力:氢键)和水的相变演示(水的#2超能力:变形)。这个作业是仿照热门电视剧《未被包裹》设计的。
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来源期刊
Journal of Food Science Education
Journal of Food Science Education EDUCATION, SCIENTIFIC DISCIPLINES-
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期刊介绍: The Institute of Food Technologists (IFT) publishes the Journal of Food Science Education (JFSE) to serve the interest of its members in the field of food science education at all levels. The journal is aimed at all those committed to the improvement of food science education, including primary, secondary, undergraduate and graduate, continuing, and workplace education. It serves as an international forum for scholarly and innovative development in all aspects of food science education for "teachers" (individuals who facilitate, mentor, or instruct) and "students" (individuals who are the focus of learning efforts).
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Issue Information Flipped laboratory classes: Student performance and perceptions in undergraduate food science and technology Next steps Student perspectives of various learning approaches used in an undergraduate food science and technology subject Grab the opportunity
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