PASCO ME-9837 Discover Centripetal Force Kit User Manual
Discover centripetal force kit
Table of contents
Document Outline
- Discover Centripetal Force Kit
- Model No. ME-9837
- Table of Contents
- 012-08862a_txt.pdf
- Discover Centripetal Force Kit
- Model No. ME-9837
- Equipment List
- Included Equipment
- Replacement Model Number
- Additional Equipment Recommended
- Situation
- Equipment Setup
- 1. Cut a piece of string approximately 1 meter long and feed it through the hollow tube.
- 2. Secure a plastic tie through the center hole in each stopper.
- 3. Tie one end of the string to the plastic tie to the stopper that is to be used in the specific...
- 4. Tie a loop at the other end of the string and hook a mass through the loop.
- 5. Firmly hold the tube and start rotating (spinning) the rubber stopper as shown in the followin...
- Labs with the Discover Centripetal Force Kit
- The Classical Centripetal Force Lab
- Overview
- Equipment Setup
- radius (m)
- radius (m)
- .5
- .5
- .5
- .5
- .5
- radius (m)
- .5
- .5
- .5
- .5
- .5
- radius (m)
- .2
- .3
- .4
- .5
- .6
- .8
- .5
- .056
- 8.2
- Questions
- 1. Using words and a mathematical expression, describe the relationship between force and velocit...
- 2. Using words and a mathematical expression, describe the relationship between mass and velocity...
- 3. Using words and a mathematical expression, describe the relationship between radius and veloci...
- 4. Combine the three relationships above to create one relationship for force, mass, velocity, an...
- 5. How would you convert this expression into an equation?
- 6. What is the constant of proportionality for this equation? Explain.
- 7. How could such an equation be used?
- 8. The figure below represents an overhead view of the rotating mass. For each of the 4 points, d...
- Demonstration Using a Force Sensor
- Demonstration Using a Newton Spring Scale
- Questions
- Model No. ME-9837
- Appendix A: Technical Support
- Appendix B: Copyright and Warranty Information
- Discover Centripetal Force Kit