Program demographics
Students in this video sequence are part of a is a comprehensive, long-term educational program serving promising students of color from 6th grade to college graduation. Most students are the first in their family to go on to college.
AN ANNOTATED PHYSICS VIDEO CASE
Big Idea/Model: Forces and Motion
6th grade Physical Science
Melissa, 13th year teacher
This series of videos is different from the others. It is carefully annotated, so that you can identify when the teacher uses specific discourse strategies with students. Each episode has an accompanying text file that you can print out and use to follow along. The teacher, Melissa, has categorized several important types of things to pay attention to. In the accompanying document for each video episode you will see the headings of “Important Ideas/Language I heard”, “Questions I pose to help students say more”, and “Other key discourse moves. ” It is important before watching these videos that you read the Discourse Primer on this website, and that you familiarize yourself with the three discourse tools. Language from these is used frequently in the documents (re-voicing, pressing, marking, academic language, probing, etc.). |
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Pre-teaching interview |
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Day 1 (PDF) |
Eliciting Students’ Ideas about Interactions of Forces + Straight Line Motion |
Interview after first day |
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Day 2 (PDF) |
Generating an Initial Theory: Why does the block slide differently on different surfaces? |
Day 3 (PDF) |
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Day 4 (PDF) |
Representing the Rollerblader’s Accelerated Motion on a Graph |
Day 5 (PDF) |
Using Spring Scales & Force Diagrams to Make Sense of Systems of Forces |
Day 6 (PDF) |
Reasoning with Newton’s Laws of Motion – Going Beyond “Knowing” the Laws |
Day 7 (PDF) |
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Day 8 (PDF) |
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Day 9 (PDF) |
Sudden Stops Hurt: Investigating Forces and Motion during a “Car” Collision |
| Day 10 (PDF) | Sharing & Co-Constructing Solutions to Physics Problems & Questions |
| Day 11 (PDF) | “It all connects!”: Constructing Final Explanations of How Rollerbladers Move |
| Day 12 (PDF) | Transition to the next Puzzling Phenomenon: Forces at Work in Simple Machines |


