Uploaded August 2021 | Updated September 2026, 1 week ago
At the start of a physics course, students must learn to represent motion in multiple ways, including graphs, algebraic equations, diagrams, and verbal descriptions. Developing this skill is essential for building a deeper understanding of kinematics. In this video, physics teacher Aaron Debbink leads a guided investigation that helps students explore motion by analyzing the movement of a Constant Velocity Car.
By collecting and graphing data, students observe uniform motion in action, reinforcing the concept of constant velocity through direct experimentation. This hands-on approach encourages students to connect mathematical models with real-world motion, making abstract physics concepts more concrete. Using the modeling instruction method, the activity promotes active learning, where students analyze data, recognize patterns, and construct their own understanding of motion.
This lab provides an engaging introduction to kinematics, setting the foundation for further exploration of velocity, acceleration, and force. By representing motion in different ways, students develop critical problem-solving skills that will support their learning throughout the study of physics.
Featured Blog: bit.ly/2VAXTck
Join our CoolStuff Insider List: bit.ly/34HbfVO
Download our FREE Toy Car Lab Guide: bit.ly/2WpSjua
Video Chapters
0:00 Video Introduction
0:56 Introductory Physics Lab
1:40 Prelab Discussion
3:10 Data Collection
5:56 Data Analysis
6:40 Conclusion Discussion
8:54 Outro
Featured Products
- Constant Velocity Car: bit.ly/3ig31vO
- Whiteboard 6 Pack: bit.ly/3j6o4S0
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About Arbor Scientific
For more than three and a half decades, we’ve been committed to supporting science educators with meaningful and engaging lab demonstrations and hands-on experiences that not only inspire students but educators as well. We understand school budgets are limited, so we only provide products that offer value, without sacrificing quality. That’s our promise.
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At the start of a physics course, students must learn to represent motion in multiple ways, including graphs, algebraic equations, diagrams, and verbal descriptions. Developing this skill is essential for building a deeper understanding of kinematics. In this video, physics teacher Aaron Debbink leads a guided investigation that helps students explore motion by analyzing the movement of a Constant Velocity Car.
By collecting and graphing data, students observe uniform motion in action, reinforcing the concept of constant velocity through direct experimentation. This hands-on approach encourages students to connect mathematical models with real-world motion, making abstract physics concepts more concrete. Using the modeling instruction method, the activity promotes active learning, where students analyze data, recognize patterns, and construct their own understanding of motion.
This lab provides an engaging introduction to kinematics, setting the foundation for further exploration of velocity, acceleration, and force. By representing motion in different ways, students develop critical problem-solving skills that will support their learning throughout the study of physics.
Featured Blog: bit.ly/2VAXTck
Join our CoolStuff Insider List: bit.ly/34HbfVO
Download our FREE Toy Car Lab Guide: bit.ly/2WpSjua
Video Chapters
0:00 Video Introduction
0:56 Introductory Physics Lab
1:40 Prelab Discussion
3:10 Data Collection
5:56 Data Analysis
6:40 Conclusion Discussion
8:54 Outro
Featured Products
- Constant Velocity Car: bit.ly/3ig31vO
- Whiteboard 6 Pack: bit.ly/3j6o4S0
--
About Arbor Scientific
For more than three and a half decades, we’ve been committed to supporting science educators with meaningful and engaging lab demonstrations and hands-on experiences that not only inspire students but educators as well. We understand school budgets are limited, so we only provide products that offer value, without sacrificing quality. That’s our promise.
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