Newton's Third Law
Determine the relationship between forces forming an action-reaction pair as defined in Newton's Third Law. Two Force Sensors are used to measure the paired forces in a rubber band tug-of-war and the paired forces in a collision of two carts.
Preview DownloadStudent Files
| 18_Newton_s_3rd_Law_Data.cap | 791.77 KB | |
| 18_Newton_s_3rd_Law.cap | 611.59 KB | |
| 18_Newton_s_3rd_Law.docx | 767.87 KB | |
| 18_Force_Sensor.jpg | 101.43 KB | |
| 18_Newtons_3rd_tug.jpg | 127.92 KB | |
| 18_Newton_s_3rd_with_carts.jpg | 274.94 KB | |
| 18_push_on_Blue_Cart.jpg | 114.94 KB | |
| 18_push_on_Red_Cart.jpg | 107.41 KB | |
| 18_Newtons_3rd_Law.pdf | 351.85 KB |
Featured Equipment
Comprehensive 850 Mechanics Bundle
This bundle includes all the equipment and sensors needed to perform the experiments in the Comprehensive 850 Mechanics System Experiment Manual.
PASPORT High Resolution Force Sensor
The PASPORT High Resolution Force Sensor is designed to make very high resolution measurements of pulling and pushing forces.
Many lab activities can be conducted with our Wireless, PASPORT, or even ScienceWorkshop sensors and equipment. For assistance with substituting compatible instruments, contact PASCO Technical Support. We're here to help.
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