2018•The Physics TeacherRequires access

Momentum Conservation Before Newton: Writing and Reasoning Activities for Introductory Physics Students

David L. Morgan

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Abstract

There are many reasons for exposing physics students to primary source material in the sciences. These works can illuminate the history of science and give students a more vivid picture of the development of physics than most textbooks attempt to provide. They can also serve as pedagogical tools for exploring the misconceptions and “wrong answers” of the past as a way to clarify physical laws and definitions, and as assessment tools for probing students’ conceptual understanding of these laws and definitions in their modern form.

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What this paper is about

There are many reasons for exposing physics students to primary source material in the sciences. These works can illuminate the history of science and give students a more vivid picture of the development of physics than most textbooks attempt to provide. They can also serve as pedagogical tools for exploring the misconceptions and “wrong answers” of the past as a way to clarify physical laws and definitions, and as assessment tools for probing students’ conceptual understanding of these laws and definitions in their modern form.

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Available abstract

There are many reasons for exposing physics students to primary source material in the sciences. These works can illuminate the history of science and give students a more vivid picture of the development of physics than most textbooks attempt to provide. They can also serve as pedagogical tools for exploring the misconceptions and “wrong answers” of the past as a way to clarify physical laws and definitions, and as assessment tools for probing students’ conceptual understanding of these laws and definitions in their modern form.

Key concepts: Mathematics education, Physics education, History of physics, Physical law, Momentum (technical analysis), Science history, Science education, Physics

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