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School demographics

Students Receiving Free/Reduced Price Lunch: 75%
English Language Learners: 15%
Students of Color: 78%
Special Education Students: 20%

PHYSICAL SCIENCE VIDEO CASE

Big Idea/Model: Sound Waves & Energy
9th grade Physical Science
Brian, 2nd year teacher

(download case)

Pre-teaching interview

 

Day 1

Eliciting students’ ideas about sound from musical instruments.

Day 2  

Eliciting students’ ideas about sound from tuning forks.

Day 3 & 4

Building background knowledge and making sense of waves, energy, sound qualities, and hearing.

Day 4

Building background knowledge and making sense of waves, energy, sound qualities, and hearing. Revising initial models of sound by adding content knowledge.

Day 5 & 6 

Making Sense of Sound Waves: Helping Students See Compressions, Pitch, and Volume The Rubens’ Tube: Seeing Evidence for Compressions

Day 6 

Making Sense of Sound Waves: Helping Students See Compressions, Pitch, and Volume GarageBand: Using Technology to Collect Data about Pitch & Volume

Day 7 

Using evidence to construct scientific explanations of pitch & volume of sounds – small group project

Day  8

(continued from Day 7) Using evidence to construct scientific explanations of pitch & volume of sounds – small group project

Day 9

Constructing evidence-based explanations for the differences in sounds heard at a concert – individual assessment

Post teaching interview