lab conclusion exp4

lab conclusion exp4 - • Performing each of these...

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Austin Green Lab Partner: Yi Ming Conclusions Summary: The main objective was to find the total initial and final momentums and compare the two data. If they are similar than your collision was successful and the momentum is considered conserved. I had all the momentum conserved on each collision. Determining the ratio of the final kinetic energy to initial kinetic energy shows whether the energy is conserved. Again, if they are similar than the energy is considered conserved. My two elastic collisions did not conserve energy, however my two inelastic collisions did. All of the units needed to have a standard deviation so that you could calculate all of the uncertainties and keep all the data correct.
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Unformatted text preview: • Performing each of these collisions took many times to get correct data and to be able to find out whether energy and momentum were conserved on not on the two different types of collisions. Error Analysis: • With every calculation using uncertainties and sig figs, sometimes the data are not exactly right because of rounding and things to that sort. • Systematic errors can also be a possibility because of faulty equipment, calibrations, or the actual experimental design. • Also, every measurement used (especially time) could be subject to random error. • If the gliders are pushed too hard then they could possibly scrape the air track and mess up your time measurements....
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This note was uploaded on 04/02/2008 for the course PHY 303K taught by Professor Turner during the Spring '08 term at University of Texas.

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