Boil it until the water is gone. You will have a deposit of salts left behind.
Boil it. The water will evaporate, leaving salt at the bottom of the pot, which did not evaporate and was left behind.
yes. because sea water is a mixture. it is not pure water.
I would imagine that the sea water would have to run through a water purifier.
Desalination
distillation
the sea water contains more salt. the pure water do not contain salt. the density of sea water is more than density of pure water. as there is more salt in sea water it is corrosive against the metals like aluminium. the pure water is not corrosive in nature. sea water is harmful for drinking. pure water is good for drinking.
Boil it. The water will evaporate, leaving salt at the bottom of the pot, which did not evaporate and was left behind.
No.
yes. because sea water is a mixture. it is not pure water.
I would imagine that the sea water would have to run through a water purifier.
Yes, a coin does sink slightly faster in pure water than it does in sea water. The dissolved salts in sea water make the water denser, and as a result, objects immersed in sea water will experience greater buoyancy than they do in fresh water.
you can distill it
ask a friend
you can drink pure water and irrigate with it. if the only water available is the sea then you would have to convert it
It's a compound mixture because it's not pure water so isn't pure!
It is a mixture. A pure substance contains only one type of substance or one species of any substance or element. Sea water is a mixture of different salts dissolved in water. Thus, it is not a pure substance. Another point is that the different components of sea water can be observed separately.
Desalination