Newton Fidget Spinners
Description of Cricut Lesson & Activity
Get your student's imagination going as they design and create their own fidget spinners! Learn about balance, motion, and Newton's laws while crafting a toy that's as mesmerizing as it is fun.
Grade 3-5, Grade 6-8
Intermediate
45 Minutes
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Design and Technology
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Engineering
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General
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Physics
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Science
ISTE Standards
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1.1a Learning Goals
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1.1b Customized Learning Environments
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1.1c Feedback to Improve Practice
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1.1d Technology Fundamentals
State / Local / Other Standards
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Next Generation Science Standards (NGSS) 5-PS2-1: Support an argument that the gravitational interaction is attractive and depends on the masses of interacting objects.
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Common Core State Standards (CCSS) for Mathematics 5.MD.B.2: Make a line plot to display a data set of measurements in fractions of a unit (e.g., using the data collected on spin times)
For full project details, open in Cricut Design Space.
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For full project details, open in Cricut Design Space.
Click Here
Click HereFor use in your classroom, download full lesson plan.
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For full assessment rubric, download here.
Download Here
Learning Objective(s)
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Students will be able to explain the scientific principles behind fidget spinners, including concepts of motion, friction, and energy.
Materials Required
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Cardstock in 3 different colors
Other tools and materials:
- 3 washers per spinner (72 )
- Glue
- Hot glue
- Beads
- Toothpicks
- Scissors
Instructions
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Stack and glue 4 matching spinner shapes on top of each other to create a thick sturdy spinner.
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Add a toothpick through the center hole of the spinner and make sure it spins freely (gently make the hole bigger if needed).
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Add the paper washer on top of the spinner.
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Add a bead onto the toothpick on top of the washer
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Trim the toothpick and add glue on top of the bead to keep the toothpick in place.
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Repeat steps 3, 4 and 5 on the other side.
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See how the spinner works without the washers, then glue them on and compare the difference.
Assessment
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Students will create a presentation or a poster that illustrates and explains the science behind fidget spinners. They will include diagrams, key vocabulary, and examples of how each concept (motion, friction, energy) applies to a fidget spinner's function.