AI summary · arXiv: 2105.07777v1 · physics.ed-ph

Diet Soda and Liquid Nitrogen

Bart H. McGuyer, Justin M. Brown, Hoan B. Dang
Original paper · DOI 10.1119/1.3139531 Submitted to arXiv on 14 May. 2021 American Journal of Physics 77, 677 (2009) 1 page License: NONEXCLUSIVE-DISTRIB 1.0

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The essentials

  • Authors propose a new method of creating an explosive reaction between diet soda and Mentos by immersing a plastic soda bottle in liquid nitrogen.
  • Conventional approach involves dropping Mentos candies into diet soda to release carbon dioxide gas.
  • Immersing the bottle in liquid nitrogen causes a similar reaction as adding Mentos conventionally.
  • Lowering temperature increases solubility of carbon dioxide, leading to enhanced gas release when nucleation sites are introduced.
  • This innovative approach adds novelty to the experiment and encourages further research on fluid dynamics and chemical reactions.
  • The authors' proposal opens up avenues for understanding carbonation reactions under extreme conditions.

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AI-generated keywords: Diet Soda

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  • Original abstract
In a recent Letter to the Editor, authors Bart H. McGuyer, Justin M. Brown, and Hoan B. Dang discuss an intriguing experiment involving the reaction between diet soda and Mentos candies. The authors propose a novel method of producing this reaction by directly immersing a plastic soda bottle in liquid nitrogen. The phenomenon of combining diet soda and Mentos to create an explosive reaction has gained significant attention in popular culture. However, the conventional approach involves dropping Mentos candies into a bottle of diet soda, causing a rapid release of carbon dioxide gas due to the rough surface of the candies providing nucleation sites for bubble formation. In their letter, McGuyer, Brown, and Dang present an alternative method that introduces liquid nitrogen into the equation. By immersing a plastic soda bottle filled with diet soda into liquid nitrogen, they demonstrate that the extreme cold temperature causes a similar reaction as when Mentos are added conventionally. The authors provide evidence supporting their claim by citing previous studies on the effects of temperature on carbonation reactions. They explain that lowering the temperature increases the solubility of carbon dioxide in liquids, leading to enhanced gas release when nucleation sites are introduced. This innovative approach not only adds novelty to an already popular experiment but also provides an opportunity for further exploration and scientific inquiry. By investigating how different factors such as temperature and pressure affect the reaction between diet soda and Mentos, researchers can gain valuable insights into fluid dynamics and chemical reactions. Overall, this Letter to the Editor highlights an exciting variation on the well-known diet soda and Mentos experiment by introducing liquid nitrogen as a catalyst for the explosive reaction. The authors' proposal opens up avenues for further research in understanding carbonation reactions under extreme conditions and encourages scientific curiosity among students and enthusiasts alike. Source: Bart H. McGuyer, Justin M. Brown, Hoan B. Dang (2021). Diet Soda and Liquid Nitrogen. American Journal of Physics, 77(6), 677.

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