Classifying Balanced and Unbalanced Forces
Description of Cricut Lesson & Activity
Students will explore balanced and unbalanced forces through a hands-on activity using a mat created with the Cricut machine. They’ll match terms and force arrows to real-world scenarios, with visual clues to guide them. Pre-cut pieces make it easy to use, and students can work with partners to discuss and classify the forces.
- Science
ISTE Standards
- 1.1 Empowered Learner 1.1a Learning Goals
1.1b Customized Learning Environments
1.1c Feedback to Improve Practice - 1.2 Digital Citizen
1.2.a Digital Footprint - 1.3 Knowledge Construction
1.3.b Evaluate Information
1.3.d Explore Real-World Issues - 1.4 Innovative Design
1.4.d Open-Ended Problems - 1.5 Computational Thinking
1.5.a Problem Definitions - 1.6 Creative Communication
1.6.c Communicate Complex Ideas
1.6.d Customize the Message - 1.7 Global Collaborator
1.7.c Project Teams
State / Local / Other Standards
NGSS PS2.A (Forces and Motion)
For full project details, open in Cricut Design Space.
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For full project details, open in Cricut Design Space.
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Click HereFor use in your classroom, download full lesson plan.
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For full assessment rubric, download here.
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Learning Objective(s)
- Students will be able to differentiate between balanced and unbalanced forces by evaluating various realworld scenarios.
Materials Required
- Cricut Machine
- Cricut Design Space software
- Cricut mat
- Cricut pen (0.4 Tip, black or other color)
- Cardstock paper (12” x 12”)
- Printed out scenarios (using Cricut’s print-then-cut feature)
Instructions
Teacher Preparation Using Cricut:
- Design the Layout: Use the Cricut Design Space template to create a 12x12 mat grid, dividing it into sections labeled "Balanced Force" and "Unbalanced Force."
- Clue Sections: Use the Cricut’s drawing tool (pen) to add visual hints (e.g., force arrows) or light text clues in certain areas.
- Print-Then-Cut Feature: After the design is drawn, use the
print-then-cut feature to create the removable terms and force arrows. These can be printed on colored paper for easy identification.
Lesson Structure
1. Introduction to Forces (10 minutes)
- Objective: Provide students with a clear understanding of balanced vs. unbalanced forces.
- Engage: Start by asking students, “What happens when you push a stationary object? What about a moving object?”
- Mini-lecture: Review that balanced forces result in no change in motion, while unbalanced forces cause a change in motion (speed up, slow down, or change direction).
- Demonstration: Show an example using objects (like a ball and a block). Push the objects to demonstrate when forces are balanced and unbalanced.
2. Scenario Classification: Balanced or Unbalanced? (20 minutes)
- Objective: Students apply knowledge to classify real-world scenarios.
- Give pairs or groups scenario cards that describe various situations (e.g., a book resting on a table, a car accelerating, two people pushing an object in opposite directions).
- Students will place force arrows and terms on their mat based on the scenario, determining if the forces are balanced or unbalanced.
- Discussion: After students classify each scenario, ask groups to explain their reasoning and discuss why forces are balanced or unbalanced.
3. Practice & Review (10 minutes)
- Independent Work:
- Students will write in their notebooks or on a guided note sheet (attached) whether each scenario involves balanced or unbalanced forces and describe what the force is doing (e.g., “The forces are unbalanced because the object is moving forward”).
- Review as a class: Go over a few examples and discuss why the forces are classified the way they are.
Accommodation
To support students who need additional guidance, the Cricut Design Space template includes a second version of the mat with visual and text-based clues for each term or scenario.
Assessment
- Formative: Teacher circulates during the activity, observing students’ use of vocabulary and reasoning during the mat activity.
- Summative: Exit ticket – students write their own scenario involving two or more forces and classify it as balanced or unbalanced