You can dissolve the sugar in water because sugar is soluble, while the sand is not. After stirring to ensure the sugar is fully dissolved, you can then filter the mixture. The sand will be left behind in the filter, while the sugar solution will pass through. Finally, you can evaporate the water to recover the dissolved sugar.
Sugar has the greatest solubility in water among the options provided. Sand, paper, and oil do not dissolve in water.
Yes, water can be used to separate sand and sugar. Sugar will dissolve in water, while sand will not. By adding water to the mixture, the sugar will dissolve and can be separated from the sand by filtration or evaporation.
One way is to dissolve the sugar in water, leaving the sand behind, then filtering the mixture to separate the sand from the sugar solution. Another way is to use a sieve to physically separate the larger sand particles from the smaller sugar grains.
Yes, a mixture of sugar and sand can be separated by using the physical property of solubility. Because sugar is soluble in water while sand is not, you can dissolve the sugar in water and then filter out the sand, leaving you with the two components separated.
To separate sand from sugar and wood chips, you can use a combination of sieving and filtration. First, sieve the mixture to separate sand from sugar and wood chips. Then, use filtration to separate sugar from wood chips, as sugar can be dissolved in water while wood chips cannot.
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I would use the property of solubility in water; sugar is highly soluble in water and sand is highly insoluble.
Sugar has the greatest solubility in water out of the options provided. Sand and ice have very low solubility in water, while sugar will readily dissolve in water to form a homogeneous solution.
Sugar has the greatest solubility in water among the options provided. Sand, paper, and oil do not dissolve in water.
If you mix sugar and sand together, you would have a physical mixture. Each component would retain its individual properties and could be separated by using methods such as filtration to separate the sand from the sugar.
Yes, water can be used to separate sand and sugar. Sugar will dissolve in water, while sand will not. By adding water to the mixture, the sugar will dissolve and can be separated from the sand by filtration or evaporation.
Soluble in water, sand is not.
One way is to dissolve the sugar in water, leaving the sand behind, then filtering the mixture to separate the sand from the sugar solution. Another way is to use a sieve to physically separate the larger sand particles from the smaller sugar grains.
Yes, a mixture of sugar and sand can be separated by using the physical property of solubility. Because sugar is soluble in water while sand is not, you can dissolve the sugar in water and then filter out the sand, leaving you with the two components separated.
Separate the sugar solution from the sand by passing the solution through a coarse paper filter. Or syphon off the sugar solution, leaving the sand behind.
To separate sand from sugar and wood chips, you can use a combination of sieving and filtration. First, sieve the mixture to separate sand from sugar and wood chips. Then, use filtration to separate sugar from wood chips, as sugar can be dissolved in water while wood chips cannot.
To separate this mixture, you could first use a magnet to separate the iron filings. Then, you could add water to dissolve the sugar, leaving the sand and sawdust behind. The sawdust can be separated from the sand by filtration.