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I think it is hard to swim under water in salt water because all of the salt is burning your eyes. It's just like being in a pool with too much chlorine in it. Thanks to the Holiday Inn I can't see good.
i just want to know the classification of normal saline?It is just a 0.9% solution of table salt (sodium chloride) dissolved in water. By comparison, ocean water is about 3.5% which is much saltier.
The answer is 9 g NaCl.
Since sea water is much denser than freshwater, the pH level would be higher. The saline levels in the sea water contributes to a higher acidic level.
Yes, it increases due to osmosis. The water goes into it, swelling it up and then it bursts with the pressure of too much water.
Copper stays where you put it much better than saline water does.
I think it is hard to swim under water in salt water because all of the salt is burning your eyes. It's just like being in a pool with too much chlorine in it. Thanks to the Holiday Inn I can't see good.
the ocean is a body of saline water that composes much of a panet's antiquity'2
i just want to know the classification of normal saline?It is just a 0.9% solution of table salt (sodium chloride) dissolved in water. By comparison, ocean water is about 3.5% which is much saltier.
One to two tea spoons of salt for one cup of water.
It dosent matter. It dosent matter.
The fluid in our bodies is composed of 0.9 Sodium Chloride. An individual will recover from dehydration much quicker when given a saline solution rather than just plain water.
how much saline to push after bood taking from cvp line
The answer is 9 g NaCl.
Because the osmotic pressure of "plain" water can be too much for bacteria, causing them to pop, and throw off your colony counts during your serial dilutions. A buffered saline solution keeps the bacteria at their usual osmotic pressure. Typical saline is 0.85%.
you shrivel because the water you were in is probably not a saline solution... basically there is salt in your body and if you are in the water for a long time, your skin will shrivel to make up the difference between how much salt is in your cells and how much is in the water
Because the osmotic pressure of "plain" water can be too much for bacteria, causing them to pop, and throw off your colony counts during your serial dilutions. A buffered saline solution keeps the bacteria at their usual osmotic pressure. Typical saline is 0.85%.