This depends on whether or not the water is salt water. If this is the case, the salt does not evaporate because solids don't evaporate but if you want salt to evaporate the temperature of the water has to be higher than 200 degrees Celsius, then the salt in the water can evaporate.
The "Saltwater" doesn't actually evaporate, the H2O in the saltwater solution will evaporate leaving the dissolved salts behind.
The evaporated water will enter the atmosphere increasing its humidity until it reaches a concentration at which it condenses forming clouds. The clouds will become more & more dense until the air can no longer hold the weight of the water molecules in it. The moisture then precipitates as rain & the cycle begins again.
Because salt is heavier than water and air molecules so when the water turns into a gas the salt is too heavy and is left behind.
Added information: Salt has stronger forces that attract the salt particles to each other than what water has. The energy in the atmosphere is not enough to volatilise significant amounts of salt. Salts are comprised of cations (positively charged particles) and anions (negatively charged particles). The attractive forces between cations and anions is extremely strong, not allowing the vaporisation of ions under normal atmospheric conditions.
Ocean water (salt water) contains salt, which is a solid. When the water evaporates, the salt is left behind and leaves a light colored salt crystal residue.
The salt water become more concentrated in salts.
Sodium chloride remain as a residue.
Yes, it is true.
Salt
Saltwater will stay salty as long as there are dissolved salts within the water. Once these salts precipitate to form salt crystals the water will no longer be salty. However, the temperature and amount of salt in the water will control the rate of salt precipitation and therefore, the length of time the water stays salty.
A salt crystal (sodium chloride) is formed by the slow evaporation of water from a solution of salt. Salt isn't very soluble and so many small crystals form. The ions which make up salt arrange themselves in a perfect cube shape when there's not enough water for them to stay apart in solution.
ilmenite and rutile
they either evapourate and condensation, or stay in the flask where evapouration is occurring
When salt is mixed with water sodium chloride is dissociated in ions.
Yes, salt remain as a solid residue.
Because water evaporates leaving the salt behind and re balancing the ratio between salt and water.
Salt is not evaporated with water and remain as a residue.
When water evaporates, it only evaporates as pure water. Any other substances such as salt or dirt, will stay in the original conatiner seperated from the water.
Saltwater will stay salty as long as there are dissolved salts within the water. Once these salts precipitate to form salt crystals the water will no longer be salty. However, the temperature and amount of salt in the water will control the rate of salt precipitation and therefore, the length of time the water stays salty.
Salt is not "made". Seawater is a solution of mainly water and salt. When exposed to sunlight, the seawater, because it's a liquid, evaporates and flyes away. However, salt, being a solid (even when dissolved), will not as easely fly away, and stay behind. It can then be collected and used.
The short answer is it's the salt. But I think what you're really asking is how did it get so salty. As fresh water flows through the continents, it picks up salt from the minerals. Then that is dumped into the ocean basin when the water gets to the sea. The water evaporates and returns as rain water, but the minerals stay behind. So after a long time, you get an accumulation of salt in the ocean.
No, when milk boils, it is only the water which evaporates. The various substances dissolved and emulsified in the mixture stay behind. If you condense the vapour you will get water.
A salt crystal (sodium chloride) is formed by the slow evaporation of water from a solution of salt. Salt isn't very soluble and so many small crystals form. The ions which make up salt arrange themselves in a perfect cube shape when there's not enough water for them to stay apart in solution.
Filter the saline solution through a cloth to remove the sand grains. Distil the water from the saline solution, leaving the salt crystals behind. Condense the water vapour back into liquid water.
ilmenite and rutile
because since it has salt in it. it turns to a mixture then,those particles stay in water then when it freezes it leaves salt behind. if wrong LOOK IN A ANSWER KEY OR IN YOUR BRAIN