Boil a lot of sea water.
Salt water exists over a wide range of temperatures; there is no required temperature. It is cold at the poles and warmer at the equator. It can freeze when it is cold enough, and you can boil it on the stove.
Because of the immence pressure at the bottom of the ocean the water is unable to turn to gas so does not actually boil. It remains in a super heated liguid state and quickly rises through the colder water until the water presure is such that the water can expand into gas or cools to the temperature of the water around it.
Peel the skin away, then slice the flesh into strips or cubes and boil until tender.
By putting it in a vacuum pump, the vapor pressure of the molecules within the water will be high enough to form bubbles, and the water will start to boil. The boiling process takes higher energy molecules away from the water left, which cools to a lower temperature. As the pressure is further reduced, more and more of the faster remaining slow moving molecules boil away
Not the whole ocean of course, it is much too large. However at the point where lava enters the ocean some water will definitely boil off.
no it never wie
Boil a lot of sea water.
Boil away the water and the salt will be left.
it will boil the ocean and melt the trees and grass
No. The lightening spreads a bit far and anything within that space would be killed, but the water shall not boil because the electric discharge is spread out so far.
You can boil away the alcohol, and the iodine will be left behind as a solid residue.
Leavi it out in the sun and keep away from water.
Dissolve magnesium mass with nitric acid, then evaporate/boil the liquid away
Who knows? I guess it is quite a mixed temperature, but I'm annoyed as I've spent hours searching for many answers and I'm stuck! I don't own any geography related books!If you know please help me!
boil the water away, leaving the salt in the bottom of the pot or whatever you used.
It is reversible because you can boil away the water and it will leave behind the sugar.