Examining energy storage and work done by elastic jumping poppers
DOI:
https://doi.org/10.64804/72j31w22Keywords:
mechanics, energy, conservation, work, physics, poppersAbstract
This experiment investigated energy storage and work done in elastic jumping poppers as nonlinear elastic systems. The maximum gravitational potential energy during launch was determined from video analysis, while force–displacement measurements obtained during compression were numerically integrated to calculate the work done on each popper. The force–displacement data revealed nonlinear elastic behavior characterized by snap-through instability. The measured launch energies were lower than the work calculated from compression measurements, indicating that although the poppers clearly stored and released elastic energy, the two methods did not produce close quantitative agreement under the conditions of this experiment.
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Data and analysis code are available at https://github.com/devangel77b/427bdemairo-lab3
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