Atmosphere, Kinetic, related question.

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    Atmosphere Kinetic
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Discussion Overview

The discussion revolves around the kinetic energy of water molecules in different states, specifically comparing water in liquid form at 70 degrees Celsius to water vapor at 30 degrees Celsius. Participants explore the relationship between temperature and molecular kinetic energy within the context of atmospheric conditions.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification

Main Points Raised

  • One participant asserts that the kinetic energy of water molecules in hot vapor is higher than that of water molecules in liquid form, linking this to temperature.
  • Another participant poses a question comparing the kinetic energy of water molecules in liquid at 70 degrees Celsius to those in vapor at 30 degrees Celsius, suggesting a need for clarification on which has higher kinetic energy.
  • A later reply encourages revisiting the previous post, implying a need for further examination of the claims made.

Areas of Agreement / Disagreement

The discussion remains unresolved, as participants have differing views on the kinetic energy comparison between liquid water and water vapor at specified temperatures.

droomagon
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Hello all,

I have a relative simple question, but I'd like to double check with you folks.

Typically, in normal atmosphere the kinetic energy of water molecules in water, should be lower than the kinetic energy of water molecule in hot vapor, isn't that right?

Thank you!

/cheers!
 
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Molecular Kinetic energy determines the temperature, so the hotter the water (vapor) the higher the kinetic energy of the molecules.
 
kinetic energy of water molecules

Here is one thing I want to ask about.

Say, we have water at 70deg. and water vapor at 30deg. Whose molecules will have a higher kinetic energy.

spacetime
http://www.geocities.com/physics_all/index.html
 
Re-read my previous post.
 

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