ABurkholder+Lab+13



Elastic I Momentum conserved: 98% KE conserved: 82%
 * Before (kg-m/s) || After (kg-m/s) ||
 * .3174 || .3097 ||
 * Before (J) || After (J) ||
 * .136556 || .11232 ||

Inelastic I Momentum conserved: 95% KE conserved: 81%
 * Before (kg-m/s) || After (kg-m/s) ||
 * .24235 || .23014 ||
 * Before (J) || After (J) ||
 * .07784 || .06266 ||

Elastic II Momentum conserved: 91% KE conserved: 76%
 * Before (kg-m/s) || After (kg-m/s) ||
 * .397901 || .36031 ||
 * Before (J) || After (J) ||
 * .124387 || .094778 ||

Inelastic II Momentum conserved: 90% KE conserved: 58%
 * Before (kg-m/s) || After (kg-m/s) ||
 * .548506 || .491848 ||
 * Before (J) || After (J) ||
 * .138206 || .079753 ||

In conclusion, some of the data may have been wrong however, the law of conservation of Kinectic Energy and Momentum prooved to be true.