Higher Education Programs Basic Principles Student Practices for Microsoft
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Scientific Method Made Clear: Thinking Routines Workbook
The scientific method is the universal language of science—yet many students struggle to turn ideas into a clear, well-structured scientific report. This resource bridges that gap by transforming the scientific method into manageable, thinking-based steps that students can confidently follow. What Makes This Resource Powerful?Instead of treating the scientific method as one overwhelming task, this workbook breaks it down using thinking routines and command terms—the same instructional verbs
7th - 12th, Higher Education
Basic Principles, Biology, General Science
Types of Chemical Reactions, Chemical Equations from Words and Balancing
Notes on types of reactions, including examples, as well as 16 examples of reactions that can be completed by students. Not only can they describe the reactions, but write out the chemical equations (from words) and balance said equations. This can be done as a lab or as a worksheet.
8th - 12th, Adult Education, Higher Education
Basic Principles, Chemistry, Other (Science)
TED Talk: Just How Small is an Atom?- Jon Bergmann
This TED-Ed companion resource takes students on a mind-blowing journey into the tiny world of atoms. Using imaginative analogies—from blueberries filling the Earth to marbles inside stadiums—students explore the scale, structure, and density of atoms and their nuclei. Designed for high school or college-level physical science classes, this resource includes 20 in-depth discussion questions, a writing prompt focused on visualization and scientific thinking, and a debate topic exploring how we te
9th - 12th, Adult Education, Higher Education
Basic Principles, Chemistry, Physics
TED Talk: Why Can’t You Put Metal in a Microwave?- Aaron Slepkov
Explore the fascinating story of how a melted candy bar led to one of the most revolutionary kitchen inventions— the microwave oven. This engaging TED-Ed lesson examines the life of engineer Percy Spencer, how microwave ovens work at the molecular level, and what makes microwave cooking different from conventional heat. Students will dive into electromagnetic waves, the properties of polar molecules, and the principles of frictional heating. Perfect for integrating STEM topics with historical co
9th - 12th, Adult Education, Higher Education
Basic Principles, Engineering, Physics
TED Talk: The Uncertain Location of Electrons- George Zaidan and Charles Morton
Explore the incredible world of atoms in this captivating TED Talk, where the speaker breaks down the structure of atoms, the behavior of electrons, and how these microscopic elements shape everything we experience in life. From the basic components of an atom—protons, neutrons, and electrons—to the complex interactions between electrons, this talk delves into the nature of chemistry and how atomic behavior governs the world around us. Learn about the uncertainty principle of electrons, their du
9th - 12th, Adult Education, Higher Education
Basic Principles, Chemistry, Physics
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