Pressure inside a tank of heavy water

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SUMMARY

Raising the pressure inside a tank of heavy water by 1 atmosphere results in an increase in the density of the heavy water and potential structural stress on the tank. The discussion highlights the importance of understanding fluid dynamics and pressure effects on materials. The scenario presented involves a giant inflatable dinosaur, which serves as a metaphor for the pressure increase, illustrating the need for quantitative analysis in physics problems involving fluids.

PREREQUISITES
  • Understanding of fluid dynamics principles
  • Knowledge of pressure and density relationships in liquids
  • Familiarity with the properties of heavy water (D2O)
  • Basic concepts of material stress and structural integrity
NEXT STEPS
  • Research the effects of pressure on fluid density, specifically in heavy water
  • Explore the principles of hydrostatics and buoyancy
  • Learn about material science related to pressure resistance in tanks
  • Investigate real-world applications of pressure changes in fluid systems
USEFUL FOR

Students in physics, engineers involved in fluid mechanics, and professionals working with pressurized systems will benefit from this discussion.

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Homework Statement


If the pressure inside a tank of heavy water is raised by 1 atmosphere, what happens to the tank?


Homework Equations




The Attempt at a Solution


Not sure where to start.
 
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Is there more information to the problem?
 
No, but here is all of the text:
The Evil Physics Monkey takes a giant inflatable dinosaur down to the bottom of
the tank, ties him there, and inflates it, raising the pressure by 1 atmosphere. What happens
to the vat of heavy water (quantitatively)?
 

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