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首页> 外文期刊>Journal of Chemical Education >Constructing, Troubleshooting, and Using Absorption Colorimeters to Integrate Chemistry and Engineering
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Constructing, Troubleshooting, and Using Absorption Colorimeters to Integrate Chemistry and Engineering

机译:构建,故障排除,使用吸收量表集成化学和工程

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摘要

Next Generation Science Standards place a significant emphasis on science and engineering practices as part of threedimensional learning that also includes crosscutting concepts and disciplinary core ideas. Building and using scientific instruments are a convenient choices for integrating science practices and engineering practices into a laboratory activity. The described activity for the high school chemistry classroom allows for teachers to incorporate engineering design principles into the classroom by using a familiar concept, absorption spectroscopy. By allowing students to build, troubleshoot, and use a working absorption colorimeter without the aid of detailed plans, the engineering design process can be explored alongside important chemistry principles. The opportunity to build working instruments without detailed plans and use them for scientific measurement allows for students to simultaneously explore science practices and engineering practices.
机译:下一代科学标准将重点强调科学和工程实践,作为三维学习的一部分,包括横切概念和纪律核心思想。 建设和使用科学仪器是将科学实践和工程实践集成到实验室活动中的方便选择。 所描述的高中化学课堂的活动允许教师通过使用熟悉的概念,吸收光谱学,教师将工程设计原理纳入教室。 通过允许学生构建,故障排除,并在未经详细计划的帮助下使用工作吸收色度计,可以探索工程设计过程和重要的化学原则。 在没有详细计划的情况下建立工作仪器的机会并使用它们进行科学衡量,允许学生同时探索科学实践和工程实践。

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