8-ImpulseMomentum-Report-0723a

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Irvine Valley College *

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211

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Physics

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Apr 3, 2024

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Uploaded by ConstableWillpower19132

Lab 8: Impulse and Momentum Experiment for Physics 211/225 at CSU Fullerton. What You Need To Know : What You Need To Do: Part 1 – Impulse Question 1: Explain why the momentum was or was not conserved based on what was discussed in the intro to the lab. 1 Table 1 – Part 1 Data

Part 2 – Conservation of Momentum 2 Table 1 – Part 2 Data Cart #1 Cart #2 Total Momentum Kinetic Energy Trial Mass (kg) Initial Velocity (m/s) Final Velocity (m/s) Mass (kg) Initial Velocity (m/s) Final Velocity (m/s) Before (kgm/s) After (kgm/s) Before ( kg m 2 / s 2 ) After ( kg m 2 / s 2 ) KE loss ( kg m 2 / s 2 ) Elastic – Same Mass Elastic – Diff Mass Perfectly Inelastic

Elastic Collision – Same Mass Question 2: Explain your answers to the following in terms of what was discussed in the intro. Was the momentum conserved for your system from before to after? Was the momentum conserved for Cart #1 from before to after? Question 3: Physically speaking, why is this collision considered to be elastic? Do your calculated values for the kinetic energies reflect this? Explain. 3

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Impulse and Momentum Physics 211/225 Lab Elastic Collision – Different Mass Question 4: Was the total momentum conserved for this collision? Is this consistent with what you read in the intro? Explain. Question 5: Physically speaking, why is this collision considered to be inelastic? Do your calculated values reflect this? Conclusion Follow the lab report guide to write a conclusion on this lab. Submit any excel or graphical analysis data your instructor requests along with your report. Conclusion 4

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