Consider the following systems. Create models for them, making sure to draw energy bar charts. Provide...

 

Transcribed Image Text:

Consider the following systems. Create models for them, making sure to draw energy bar charts. Provide equations for energy in symbolic form (if you can). 9. A balloon with charge +q is placed directly above another balloon of charge +q (on the floor). The upper balloon is then released. 10. A charged spherical ball of mass m and charge +q is floating horizontally towards another charged ball of equal mass and opposite charge through a viscous liquid. 11. A mass m with small positive charge +q is placed on the level ground a distance r away from a mass M with a large negative charge -Q and released. (The masses feel kinetic friction with the ground.) 12. A balloon with charge -q is stuck to the wall. The balloon then slides down the wall to the floor. Consider the following systems. Create models for them, making sure to draw energy bar charts. Provide equations for energy in symbolic form (if you can). 9. A balloon with charge +q is placed directly above another balloon of charge +q (on the floor). The upper balloon is then released. 10. A charged spherical ball of mass m and charge +q is floating horizontally towards another charged ball of equal mass and opposite charge through a viscous liquid. 11. A mass m with small positive charge +q is placed on the level ground a distance r away from a mass M with a large negative charge -Q and released. (The masses feel kinetic friction with the ground.) 12. A balloon with charge -q is stuck to the wall. The balloon then slides down the wall to the floor.

Answer rating: 100% (QA)

9 A balloon with charge q is placed directly above another balloon of charge q on the floor The upper balloon is then released Model Two balloons with ... View the full answer