A magnet will cause the iron to adhere and separate. Or adding water will dissolve the sugar and the iron can be filtered out and then the water evaporated from the sugar.
This would be a mixture, because you could easily separate the water and sugar again by boiling the water.
To separate charcoal and sugar, one method could involve adding water to the mixture and stirring, which would dissolve the sugar but leave the charcoal behind. Next, the mixture could be filtered to separate the dissolved sugar solution from the charcoal residue. Finally, the water could be evaporated to retrieve the sugar.
You could place the sugar-clay mixture in a wire-mesh sieve, and rinse the mixture with water to dissolve the sugar and remove it from the clay. You would need to do this over a container that would collect the sugar water. Once the sugar is completely dissolved, you could evaporate the water from the sugar water, leaving the sugar behind. The clay would be left behind in the sieve.
You can separate water and sugar by using a process called evaporation. Simply heat the water and sugar mixture until the water evaporates, leaving the sugar behind.
A magnet will cause the iron to adhere and separate. Or adding water will dissolve the sugar and the iron can be filtered out and then the water evaporated from the sugar.
You can use a magnet to attract and separate the iron fillings from the sawdust. Place the magnet in the mixture and move it around to attract the iron fillings. The sawdust will not be affected by the magnet and can be separated from the iron fillings.
To separate out the iron fillings, run a magnet over the mixture of iron fillings, sand and water. As iron is a magnetic material, it will stick to the magnet thus allowing you to take it out. Then, run the mixture over a filter funnel with filter paper. After the filtration, the filtrate would be water and the sand would be stuck on the filter paper.
To obtain sulphur from a mixture of sulphur and iron fillings, you can use a magnet to separate the iron fillings from the mixture. Then, you can heat the remaining mixture to sublimate the sulphur, which will turn into a gas and can be collected by condensing it back into a solid form.
Sugar water would be classified as a homogeneous mixture. It is a combination of two or more substances that are evenly mixed and do not separate over time.
This would be a mixture, because you could easily separate the water and sugar again by boiling the water.
You could try running water through it (which would dissolve the sugar), collecting the water, and evaporate it to get the sugar back.
you cant it just separate one another still contain it though
To separate charcoal and sugar, one method could involve adding water to the mixture and stirring, which would dissolve the sugar but leave the charcoal behind. Next, the mixture could be filtered to separate the dissolved sugar solution from the charcoal residue. Finally, the water could be evaporated to retrieve the sugar.
No, lead is not magnetic but iron is. Therefore, a mixture containing both iron fillings and lead powder would only be partially magnetic due to the presence of the iron fillings.
the correct answer would be -( magnetic attraction of one part )
No, iron fillings and flour would not be considered a homogeneous mixture because they are physically distinct and do not form a uniform composition when combined. A homogeneous mixture would look the same throughout, like a solution of salt and water.