Separation by fltering.
You can simply separate salt and water by distillation method.
A three-phase separator is used in the oil industry to separate oil, water and gas from a mixture.
Filtration, distillation, and evaporation are all techniques that can separate the components of a mixture.
A magnet
evaporation is used to separate sugar and water.
You can simply separate salt and water by distillation method.
Place the mixture in water and separate the sand from the water if you want the salt. alow the water to evaporate, and you have salt and sand separated.
the answer is extraction. represent
tae tae
You can evaporate the water from the sugar.
A boiler-condenser.
Kerosene is an oil therefore it will not mix well with water. The mixture should separate itself when settled. Then you can spoon or siphon the oil off the top of the water. These substances also freeze and boil at different temperatures so that can also be used as a method to separate them.
separating funnel
No; neither salt nor water are magnetic, so the magnet will do nothing.
I believe it is a hotplate
If the mixture is a mixture of solids and if one of constituent is a ferromagnetic substance, a magnet can be used to separate the magnetic and non-magnetic substances. If one of the constituent is a sublimate, sublimation can be used. If the mixture is a mixture of solids and liquids, decantation, filtration and distillation can be used. If the mixture is a mixture of liquids, fractional distillation can be used to separate the different constituents taking advantage of the difference in boiling points of the different constituents.
If the mixture is a mixture of solids and if one of constituent is a ferromagnetic substance, a magnet can be used to separate the magnetic and non-magnetic substances. If one of the constituent is a sublimate, sublimation can be used. If the mixture is a mixture of solids and liquids, decantation, filtration and distillation can be used. If the mixture is a mixture of liquids, fractional distillation can be used to separate the different constituents taking advantage of the difference in boiling points of the different constituents.