Can osmotic pressure kill a man in a swimming pool?

In summary, the conversation discusses the phenomenon of skin wrinkling in water and its potential connection to the bursting of cells due to the difference in solvent potential. It is suggested that this applies to both humans and fish, but the fish's make-up is more suited to water. The reason for this is explained by the impermeability of human skin due to the presence of keratin and lipidic compounds, with exceptions in areas of the body lacking this protective layer. The conversation concludes by reassuring that there is no need to panic as the skin is impermeable in most cases.
  • #1
sreekar
1
0
hi,
suppose a man is swimming in a pool. as the potential of solvent(water) is greater in the pool than in the cells, water should seep into the cells causing them to become turgid and finally burst,but this doesn't happen...

what is the reason for this?
 
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  • #2
I hope you realize that this conundrum ALSO applies, say, to fish?

How do you think it could be solved?

What would be required of the organism's make-up not to become bloated?
 
  • #3
skin is rather impermeable. Have you ever sat in a bathtub for more than a few minutes?
 
  • #4
arildno said:
I hope you realize that this conundrum ALSO applies, say, to fish?
Well, not really...
How do you think it could be solved?

What would be required of the organism's make-up not to become bloated?
Well, the fish is in water that is reasonably well suited to its make-up. The human is not...
 
  • #5
Actually what you say happens in reality, but only to limited part of the human skin.
Skin is covered with keratin and lipidic compounds that make it impermeable. This layer of skin is the outer one. Some parts of your body, though, due to constant friction and stress lack part of this protective layer, a common example is represented by your fingertips.
This is why the cells of your fingertips when exposed for long time to water become turgid with the well-know phenomenon of wrinkling. (even if some scientist prefer a vasoconstriction explanation).

So keep doing your bath without panic... your skill is really impermeable... with few exceptions...
 

FAQ: Can osmotic pressure kill a man in a swimming pool?

1. Can osmotic pressure in a swimming pool be lethal for a person?

Yes, in certain circumstances, osmotic pressure can be lethal for a person in a swimming pool.

2. How does osmotic pressure affect the human body in a swimming pool?

Osmotic pressure occurs when there is a difference in concentration of solutes between two solutions separated by a semi-permeable membrane, such as the skin. In a swimming pool, the concentration of solutes (such as salt or chlorine) is higher in the pool water compared to the human body. This can lead to water being drawn out of the body, causing dehydration and potentially leading to death.

3. What factors can contribute to a dangerous level of osmotic pressure in a swimming pool?

The concentration of solutes in the pool water, the duration of time spent in the pool, the temperature of the water, and the size and health of the person are all factors that can contribute to a dangerous level of osmotic pressure in a swimming pool.

4. How can osmotic pressure be prevented in a swimming pool?

To prevent osmotic pressure in a swimming pool, it is important to maintain a proper balance of chemicals and salt levels in the water. Additionally, taking breaks and staying hydrated while swimming can help prevent dehydration and osmotic pressure.

5. Are there any warning signs that a person may be experiencing osmotic pressure in a swimming pool?

Some warning signs of osmotic pressure in a swimming pool may include dizziness, fatigue, muscle cramps, and difficulty breathing. If you or someone else is experiencing these symptoms while swimming, it is important to seek medical attention immediately.

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