salt water
salt water
Osmosis of water from a low concentration of salt to a high concentration
Water and salt form a solution, not a mixture. All solutions of NaCl in water are "salt water," but if you get the concentration of NaCl over 3.5 percent they prefer to use the term brine.
there is no salt concentration.
Tricky question. Are you talking about the concentration of salt in the water or the concentration of water in the salt? It is unusual to talk about the concentration of water unless it is dissolved in another solvent like alcohol. Pure water has a constant concentration of 55.6 mol/dm3. Water is more concentrated without salt in it.
salt water
Osmosis of water from a low concentration of salt to a high concentration
Osmosis of water from a low concentration of salt to a high concentration
Osmosis of water from a low concentration of salt to a high concentration
Water and salt form a solution, not a mixture. All solutions of NaCl in water are "salt water," but if you get the concentration of NaCl over 3.5 percent they prefer to use the term brine.
The concentration of sodium chloride in sea waters is approx. 35 g/L.
there is no salt concentration.
The sea water has a sodium chloride concentration of approx. 35 g/L. Generally the concentration of salt in a water solution (at 20 0C) is very variable, from parts per million to 360,9 g/L (36,09 g/100 g).
The same
Tricky question. Are you talking about the concentration of salt in the water or the concentration of water in the salt? It is unusual to talk about the concentration of water unless it is dissolved in another solvent like alcohol. Pure water has a constant concentration of 55.6 mol/dm3. Water is more concentrated without salt in it.
No, the concentration of salt remains the same even if water evaporates. However, the amount of water decreases, causing the remaining water to have a higher concentration of salt.
Salt does not boil away at approx. 100 Celsius. The water evaporates causing the concentration of salt to increase.