Motion of body in water under 7 bar pressure

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SUMMARY

The discussion centers on the entering force experienced by a body moving at 9 m/s into two separate boxes, one filled with water and the other with air, both at a pressure of 7 bar. It is established that the entering force will differ due to the distinct properties of water and air, despite the equal pressure conditions. The scenario requires clarification on the box configurations and the medium outside the boxes to fully understand the dynamics involved. A diagram is suggested for better visualization of the scenario.

PREREQUISITES
  • Understanding of fluid dynamics principles
  • Knowledge of pressure effects in different mediums
  • Familiarity with the concept of entering force and its calculation
  • Basic skills in diagrammatic representation of physical scenarios
NEXT STEPS
  • Research the effects of fluid density on entering force calculations
  • Explore the principles of buoyancy in different mediums
  • Learn about pressure differentials in fluid mechanics
  • Study the impact of velocity on force interactions in fluids
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Students and professionals in physics, engineers working with fluid systems, and anyone interested in the dynamics of bodies moving through different fluids under pressure.

sanjay kumar
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Is entering force will be same when a body enter in two box one filled with water and other filled with air. Both boxes have same pressure 7 bar and velocity of body at entering point is 9 m/s
 
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You'll have to give more details about the scenario you are considering. Are the boxes closed? How is the body entering the box? What is outside the box (in which medium is the body moving)?
 
sanjay kumar said:
Is entering force will be same when a body enter in two box one filled with water and other filled with air. Both boxes have same pressure 7 bar and velocity of body at entering point is 9 m/s
A diagram would be nice.
 

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