Uploaded October 2021 | Updated September 2026, 2 weeks ago
In an introductory physics class, students need to have a quantitative understanding of the relationship between the motion of objects and the forces they experience. This comes in the form of Newton’s 2nd law of motion. Rather than directly giving your students this equation, give your students an experience where they can develop this equation through a guided investigation.
In this video, I will walk you through a lab that allows students to develop a model of the relationship between an object’s acceleration and its mass.
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Download the Acceleration Lab Guide: bit.ly/3imfhu3
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Video Chapters
0:00 Video Introduction
2:11 Prelab Discussion
5:13 Data Collection
6:58 Data Analysis
10:27 Conclusion Discussion
In an introductory physics class, students need to have a quantitative understanding of the relationship between the motion of objects and the forces they experience. This comes in the form of Newton’s 2nd law of motion. Rather than directly giving your students this equation, give your students an experience where they can develop this equation through a guided investigation.
In this video, I will walk you through a lab that allows students to develop a model of the relationship between an object’s acceleration and its mass.
Featured Blog: bit.ly/2XTrz5A
Download the Acceleration Lab Guide: bit.ly/3imfhu3
Featured Products from Arbor Scientific
- Fan Cart: bit.ly/3AfqjIO
- Slotted Mass Set with hanger: bit.ly/3kBRNSa
- Digital Newton Meter: bit.ly/36vF50t
- Whiteboard 6 Pack: bit.ly/3j6o4S0
Join the CoolStuff Insider List: bit.ly/34HbfVO
--
Video Chapters
0:00 Video Introduction
2:11 Prelab Discussion
5:13 Data Collection
6:58 Data Analysis
10:27 Conclusion Discussion










