How Can I Make a Rubber Ball Bounce in an Excel Simulation?

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SUMMARY

The discussion focuses on creating an Excel simulation of a rubber ball's bounce using specific variables such as kinetic energy loss, acceleration due to gravity, and initial height. The user aims to visualize the ball's movement by pressing the F9 key to progress time. Key equations mentioned include Newton's Second Law and the position formula Yf=Yi + (Vi)(delta_t) + 0.5(g)(delta_t)^2. The user successfully simulates the fall but struggles with implementing the bounce mechanics.

PREREQUISITES
  • Understanding of Newton's Second Law
  • Familiarity with Excel formulas and graphing
  • Knowledge of basic physics concepts related to motion
  • Ability to manipulate variables in Excel
NEXT STEPS
  • Research how to implement conditional formulas in Excel for bounce calculations
  • Learn about energy conservation principles in physics
  • Explore Excel's graphing capabilities for dynamic simulations
  • Investigate the use of VBA in Excel for more complex animations
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Students in physics or engineering courses, educators creating interactive simulations, and Excel users interested in dynamic modeling of physical phenomena.

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Homework Statement


My goal is to create a graph in excel that moves as I hold the F9 key(and progressing the time). The concept is of a 'rubber ball' bouncing after it is dropped from an initial height. The variables that must be left in separate cells (to easily change) are kinetic energy lost on each bounce (max 100%, min 0%), acceleration of gravity, and initial height. (max 50 meters). The mass of the ball is neither given nor is it specified that it is necessary.


Homework Equations



Newton's Second Law
Yf=Yi + (Vi)(delta_t) + .5(g)(delta_t)^2
Momentum Equation?

The Attempt at a Solution


I can get my 'rubber ball' to fall, but I can't figure out what I need to do to make it bounce back up. Any insight would be greatly appreciated.
 
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