The Physical Modeling of a Bowling Ball in Action
The idea behind this project is to create a model of the dynamical bowling game 
system. By analyzing sets of physics equations and applying them to this system,
a program can be created to calculate and output the path and other characteristics 
of a bowling ball's traversal across a bowling lane. This ouput is based on a 
set of initial conditions, including speed, angle, lane conditions, and starting
rotation. Once finished, this model will be used to analyze the magnitude of 
effect of each of the different variables on the resultant trajectory of the 
bowling ball. Values will be saved in a database so that patterns may be 
analyzed and compared with other research.

Some of the equations used: -  = F x R = I = dL/dt - L= I - vcm = R - I = 2/5 MR2 
Solid Sphere -  = 0 + t

Some of the constants used: - M = 7.27 kilograms - R = .1095 meters - g = 9.81 m/s2

Future Location of some sort of graph
By: Kevin Silas, Computer Systems Research Laboratory, 2004-2005