Put them in a beaker. Add water to the mixture. Agitate to insure dissolution. Centrifuge the colloidal suspension. Pour off the water into a different beaker and heat to 100C. Salt will be in the beaker where water was after complete evaporation. Sand will be in the other after drying. Sand doesn't dissolve in water. Salts do.
Put the mixture into water, the NaCL will dissolve and you can then pour the solution off the sand and evaporate the water to leave the NaCL
filtration
sedimentation is the technique (method) of separating sand and water. From H.P
mix the salt and sand into a glass of water. The sand would settle at the bottom of the glass, and the salt would dissolve into the water. pour off the salt water, wait for the water to evaporate, and you will be left with salt, and sand.
corecutter
Add more water until all the salt dissolves. Filter this mixture. The sand will be on the filter. Dry this out and sand will be left. Take the salt water and evaporate the water off and dry salt will be left. Condense the water from the evaporation and water is recovered too.
use a magnet for separating it the iron fillings will go to the magnet and the sulfer will stay on the ground :)
Filtration, sedimentation (settlement), centrifuge, decanting
sedimentation is the technique (method) of separating sand and water. From H.P
mix the salt and sand into a glass of water. The sand would settle at the bottom of the glass, and the salt would dissolve into the water. pour off the salt water, wait for the water to evaporate, and you will be left with salt, and sand.
Use a magnet to attract the iron, leaving the sand behind.
If you dissolve the salt and the sand in water the sand will stay beind and the salt would dissappear. But if you want the salt back you can evaporate it off, by boiling the water. (with the dissolved salt in it)
Either time OR a centrifuge.
Solvent extraction is the best method. Lets look at the components. We know salt is very soluble in water yet sand is not. Add the mixture to water and stir well. Filter it. The material left in the filter paper will be sand and the solution recovered will be salt solution - you can recover the solid salt vis evaporation.
Fractional distillation is not the best separation method for a sand and sulfur mix. It's a very poor choice as it won't work. Use a solvent for the sulfur like dimethyl ether of, say, diethylene glycol. It will take the sulfur into solution and you can wash the solution out of the sand.
The mixture of and and water is a heterogeneous mixture. There is two steps to separate: Sedimentation: The sand will settle at the bottom of the beaker Decantation: Pour the water slowly out of the container leaving the sand behind. This water is called "supernatant" liquid.
Using your feet
corecutter
copper from sand, magnet sand from water, filter paper water from salt. evaporation