During this inquiry-based unit, students will learn that the pure substances and mixtures that we use, both as individuals and as industries, have discoverable properties that are explained using the Particle Theory. There are methods we use to mix and separate them. Most importantly, there are social, medical, economic and environmental effects when we eventually dispose of these chemicals. Together we will explore these properties and methods using media, classroom demonstrations, and student run experiments. Citing the model of uranium, we will investigate this pure substance’s properties, history of use, environmental and medical effects, and methods we currently dispose of it. Based on this knowledge, we will propose, defend, and explain alternative methods of disposal that may improve our world. Students will also explore the effects of crude oil spills in our oceans as an example of the release of an industrial mixture into our environment. Using these foundational skills, students will then focus on a pure substance or mixture that is meaningful to them as a group. Following the model process, they will inform their peers of their personal investigation, solutions, and conclusion.
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Welcome to the STAO Career Connections Resource!
Categories: General Interest, Lab/Student Activity
It is our goal to create a library of videos showcasing the diversity of careers in STEM and the diversity of the people who do them. We want to be able to provide students with Career ideas, add... read more
Lets get Series(ous) Circuits
Categories: Lab/Student Activity, Lesson Plan
This student activity gives students the opportunity to predict, both on paper and through building series circuits, what will happen to current and voltage in different scenarios. read more
Stuck! STEAM Activity
Categories: Lab/Student Activity, Lesson Plan
Author: Elizabeth Smith, Don Galbraith Award winner, Wilfrid Laurier University This activity is intended as an introductory exploration of simple machines. The teacher will engage students by... read more