Gaseous water- no need to drink.

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Discussion Overview

The discussion revolves around the effects of water vapor and temperature on thirst and hydration. Participants explore the idea of whether living in a humid environment could eliminate the need for drinking water, as well as the physiological responses to drinking water at different temperatures.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • Some participants suggest that being in water reduces the feeling of thirst, questioning if a humid environment could negate the need for drinking water.
  • Others argue that despite feeling less thirsty in water, dehydration can still occur, as water is not absorbed through the skin in significant amounts.
  • One participant raises a question about the difference in thirst response when drinking hot versus cool water, noting they can consume more hot water.
  • Another participant mentions that while ice cubes will melt and be absorbed, gaseous water cannot be absorbed effectively unless at high temperatures.
  • There is a discussion about the conditions under which water vapor can condense in the lungs, with some participants explaining the temperature dynamics involved.
  • One participant expresses skepticism about the reasoning behind the effects of temperature on water consumption and thirst.

Areas of Agreement / Disagreement

Participants do not reach a consensus on whether living in a humid environment could eliminate the need for drinking water. There are competing views on the physiological effects of temperature on water consumption and hydration.

Contextual Notes

Participants express uncertainty regarding the absorption of water in different states (liquid vs. gaseous) and the physiological implications of drinking water at varying temperatures. The discussion includes assumptions about individual responses to hydration and temperature effects that remain unresolved.

superweirdo
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I noticed that whenever I am in water, I never feel thirsty, and ofcourse, it makes sense, well I was wondering that if we live in a house where it is filled water vapors, sort of like how humidifier does, then I would need to drink at all, what do you think?
 
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When you are in water, you may not feel like you are thirsty, but you can still dehydrate. You do not absorb water from a pool except into your skin itself.

Water will not evaporate from your skin if you are in a room with 100% humidity, but you'll still exhale it and and it'll still emanate from your pores and you will still need to drink.
 
superweirdo said:
I noticed that whenever I am in water, I never feel thirsty, and ofcourse, it makes sense
Not to me. Can you explain the reasoning?
 
I guess It reduced my thirstness like when I am in cold, what probably happens is b/c I am in their for 2 hours, I don't feel thirsty for that much time. Which brings another question I had in mind. When I feel thirsty and I drink hot water, I can drink a lot of it, if I drink cool water, I only drink a bit of it. What diff. does it make to my body? What temperature should I drink?
 
superweirdo said:
I noticed that whenever I am in water, I never feel thirsty, and ofcourse, it makes sense, well I was wondering that if we live in a house where it is filled water vapors, sort of like how humidifier does, then I would need to drink at all, what do you think?

In any case, if water is to have its biological effect, it'll have to be through its liquid form.
 
so you are saying that if I eat cubes, that won't be the same as drinking water?
 
The cubes will melt in your body and be absorbed
 
...and your body will not absorb (and therefore liquify) water in its gaseous form, unless it is extremely hot, in which case the act of condensing it would cook your lungs.
 
why would it not absorb cold gaseous water.
 
  • #10
Because the only way to have cold gaseous water is to have it at very low concentration (ie, just humid air). But the air coming out of your lungs is at 98 degrees and 100% humidity. Simply put - your lungs are already wet and too warm for condensation unless the air coming in is much hotter.

Condensation requires a surface's temperature to be below the dew point of the air touching it.
 
  • #11
aah... btw, When I feel thirsty and I drink hot water, I can drink a lot of it, if I drink cool water, I only drink a bit of it. What diff. does it make to my body? What temperature should I drink?
 
  • #12
superweirdo said:
aah... btw, When I feel thirsty and I drink hot water, I can drink a lot of it, if I drink cool water, I only drink a bit of it. What diff. does it make to my body? What temperature should I drink?

I don't think it makes any difference. It's merely the temperature that gives the resulting feeling. Hot water goes down easier because it doesn't cause your blood vessels to dilate (brain freeze). You're probably feeling more full when you drink hot water because you can down more of it in a small amount of time.

It doesn't matter what temperature the water is when it goes down, it will become your body's temperature when it passes through. Though cold water may be more satisfying, hot water or water at room temperature can fill you up fast and give you a bloated feeling.
 

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