Yes - First, you pour water into the mixture, and mix thoroughly. The sugar will dissolve into the water, but the sawdust won't. Then you get filter paper and make a cone with it (fold it into a quarter then push at the sides), then put it in a funnel and put that in a beaker/pot (depends on amount of mixture). When all of the water has drained through the paper, you will be left with sawdust on the filter-paper and sugar-water in the beaker-pot. To separate the sugar from the water, heat the water up until it has all evaporated, leaving sugar crystals in the pot/beaker.
You would want to use a magnet to attract the filings and lift them away from the sawdust. The iron is attractable by magnets, and wood products such as sawdust are not, so a magnet would be perfect for separating the two.
1. Iron is extracted with a magnet.
2. Add water to the mixture of dust and sugar; stir vigorously.
3. Sugar is dissolved.
4. After filtering sugar pass in the solution.
5. Evaporating the water crystallized sugar is obtained with some possible impurities from the dust (water soluble contaminants).
With a very tiny pair of tweezers and a magnifying glass.
No, really.
Oh, OK. Sawdust will float in water, while sugar will dissolve. You can filter the floating sawdust out of the water, and re-crystalize the sugar as "rock candy" by evaporation.
You could also separate the sawdust from the sugar with air. With a fan blowing GENTLY to the side, sift the sugar/sawdust mixture down in front of the fan. Sawdust will catch the wind and be blown to the side, while sugar will fall more directly. This is the same method that farmers use to separate grains of wheat from "chaff", the tiny particles of the husks.
1. Iron is extracted with a magnet.
2. Sugar is dissolved in water. Saw dust is not soluble and after filtration remain on the filter.
3. Evaporating the filtrate containing water crystalline sugar is obtained.
1) use a magnet to extract the iron.
OR
2) use water to dissolve the sugar.
Iron is separated with a magnet.
water and a magnet
I believe it is homogenous
Use a magnet to separate the iron filings, filter the remaining sawdust and sugar water solution, evaporate the water from the sugar water solution.
Firstly, water is to be added to make sugar water solution. The the total mixture of sand and sugar-water solution is passed through filter paper. The sand separates out and sugar water solution is collected in a vessel. Then by evaporating sugar is collected.
it melts
NO
Granulated sugar is just sugar. Powdered sugar has corn starch in it so that it will stay as a powder and not lump.
Powdered sugar is not a mixture, but a homogenous quantity of a singular molecular compound. It would only be a mixture if it contained other ingredients, for example.
water and a magnet
Use a magnet to separate the iron filings, filter the remaining sawdust and sugar water solution, evaporate the water from the sugar water solution.
I believe it is homogenous
Glaze is made using powdered sugar, butter, and milk or cream. To make: cream the powdered sugar with softened butter, slowly add milk or cream as you incorporate it into the mixture by stirring. Alternately add additional powdered sugar or very small amounts of cream until the mixture reaches the desired consistency. If you don't have powdered sugar just place regular sugar in a food processor or blender and run until the sugar is powdered.
It can easily be separated by the process of magnetic separation.
Confectioner's sugar is icing sugar mixture (pure icing sugar with a small amount (about 3%) of starch added as an anti-caking agent). Pure icing sugar is very fine powdered refined sugar with no added starch.
pepper actually floats only some goes to the bottom in a water solution so after that you would need to filter the pepper and sawdust because it is larger and then evaporate the water.
powdered sugar = Puderzucker
There is no "cake powdered sugar". Powdered sugar is made from sugar, which is ground into a powdered form, with a minute amount of corn starch added to prevent it from "caking" or lumping.