DISCUSS:
What do you notice about this group of turkeys?
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In this mini-lesson, students learn why in some bird species the male looks so different from the female. In the activity, Gobble Wobbler, students build turkey models that can perform wobbly dances. Students observe details of turkey feathers and use that information to decorate their models with colorful feathers.
Preview activityFanciest Feathers (Grades 3-5) printout | Print 15 copies |
Fanciest Turkey (All Grades) printout | Print 15 copies |
Crayons
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90 crayons |
Scissors
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30 pairs |
File Folder Labels (Stickers)
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60 stickers |
Paper Clips
Bobby pins will also work. We've found these may be easier to use for younger students.
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Details
60 clips
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Paper Clips
Grades 3-5 will need an extra 5 paper clips per student.
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Details
150 clips
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Plastic Straw
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8 straws |
Post-It File Tabs
Needed for grades K-2 only.
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Details
180 tabs
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Yarn
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90 feet |
We suggest students work in pairs. Homeschool students can work on their own, but will need a partner to help with a few steps.
Each student needs a piece of plastic straw that is about 1-inch long. If the straw is too long, the turkey models won't dance. We suggest that you prep straws prior to class to make distribution easier.
Each student needs a piece of yarn about 3 feet in length. Cut enough pieces of yarn prior to class.
Both versions of the activity have students build a standard Gobble Wobbler. The only difference is that the younger student version uses Post-It tabs as additional feathers instead of paper feathers attached with paper clips.
Gravity and friction work together to make the Gobble Wobbler dance.
Gravity pulls the turkey and straw downward, but the weight of the turkey pulling on one side of the straw makes the straw tilt so that one end hits the string.
Friction between the straw and the string stops the turkey from dropping — but only for a moment. When the straw pushes on the string, the string pushes back, making the turkey bounce up. That straightens the straw, so it can fall a bit before the pull of the turkey tilts the straw again, and the cycle repeats.
This toy is based on an old toy that physicists call the oscillating woodpecker. You can read more about the physics of the oscillating woodpecker here.
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