ballistic pendulum

ballistic pendulum - Physics 1420 Section C Ballistic...

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Physics 1420 Section C Ballistic Pendulum Ian Ally Partner: Darrell Mayberry Date: 3/4/08 TA: Victor Guerro Abstract
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conserved after an inelastic collision. By shooting a ball into a pendulum and measuring the angle at which the pendulum had moved, the center of mass was calculated. The center of mass was then used to help calculate the velocity before and after the collisions. These velocities were in turn used to calculate the kinetic energy before and after the collision. Finally, using the velocity before the collision and the velocity after the collision, the percent of kinetic energy lost at both range settings were calculated. It was concluded from comparing the kinetic energies from before the collision to the kinetic energies after the collisions, that kinetic energy is not conserved in inelastic collisions. It was also concluded that as potential energy increases, kinetic energy decreases. Sample Calculations
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This note was uploaded on 04/29/2008 for the course PHY 1420 taught by Professor Ali during the Spring '08 term at Baylor.

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ballistic pendulum - Physics 1420 Section C Ballistic...

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