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In the spirit of science, discovery, and innovation, STAT and its partner Affiliates are thrilled to present "Funny You Should Think That"—a web series that not only addresses misconceptions in science but also takes a closer look at their earlier development and progression into high school-level learning.
The series continues this week with a new presentation from Texas Section of the American Assocation of Physics Teachers (TSAAPT) High School Representative and STAT Executive Board Member at Large Kenric Davies and Jamie Flemmer, Texas Council of Elementary Science (TCES) Past President.
Science teaching is full of examples of mnemonic devices or words and phrases that help students keep content straight. However, sometimes these content tricks can promote misconceptions or incorrect mental models. "For every action, there is an equal and opposite reaction" is the go-to phrase for teaching Newton's Third Law but do students understand the meaning behind the words? This month's video is a look into examples (and non-examples) of Newton's Third law and a discussion on why this concept can be hard for students to learn and teachers to teach.
In the spirit of science, discovery, and innovation, STAT and its partner Affiliates are thrilled to present "Funny You Should Think That"—a web series that not only addresses misconceptions in science but also takes a closer look at their earlier development and progression into high school-level learning.
The series continues this week with a new presentation from Texas Section of the American Assocation of Physics Teachers (TSAAPT) High School Representative and STAT Executive Board Member at Large Kenric Davies and Jamie Flemmer, Texas Council of Elementary Science (TCES) Past President.
Science teaching is full of examples of mnemonic devices or words and phrases that help students keep content straight. However, sometimes these content tricks can promote misconceptions or incorrect mental models. "For every action, there is an equal and opposite reaction" is the go-to phrase for teaching Newton's Third Law but do students understand the meaning behind the words? This month's video is a look into examples (and non-examples) of Newton's Third law and a discussion on why this concept can be hard for students to learn and teachers to teach.