Elasticity in high water pressure environment

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SUMMARY

The elasticity of a rubber band remains constant regardless of the increasing water pressure as it sinks deeper into the ocean. As water pressure increases, it does not enhance the rubber band's elasticity; instead, it contributes to greater deformation. The discussion clarifies that the cross-link characteristics of the rubber band are not compacted by water pressure, leading to the conclusion that the material's inherent properties dictate its elasticity, unaffected by external pressure changes.

PREREQUISITES
  • Understanding of material science principles
  • Knowledge of elasticity and deformation concepts
  • Familiarity with the effects of pressure on materials
  • Basic understanding of rubber band composition and properties
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  • Research the relationship between pressure and material deformation in polymers
  • Explore the molecular structure of rubber and its impact on elasticity
  • Study the effects of temperature on the elasticity of rubber bands
  • Investigate applications of rubber bands in high-pressure environments
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Material scientists, engineers, and students studying the effects of pressure on elastic materials will benefit from this discussion.

Roger900
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How does elasticity change in a high water pressure environment?

For example, assume you drop a common rubber band in the ocean. As the rubber band sinks, water pressure increases on the rubber band. Excluding any change in temperature of the rubber band, how does the elasticity of the rubber band change as it sinks deeper into the ocean and the water pressure increases?

Would the increase in water pressure compact the cross-link characteristics of the rubber band, making the rubber band more elastic the deeper it went in the ocean?

Thanks for your help,
Roger
 
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The elasticity of the rubber band is a constant. The water pressure increases with the depth, but that doesn't make the band alone more elastic. The pressure only increases deformation.
 

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