salt can not be filtered the only way to seprate salt and water when salt has dissolved in water is evaperation, all the water will evaprate leaving the salt behind.
because the filter paper was really tight so it wont go through
To isolate salt from sand, you can use the method of dissolution followed by filtration. First, add water to the mixture to dissolve the salt, as it is soluble in water while sand is not. Next, pour the mixture through a filter paper in a funnel; the sand will remain on the filter paper, while the saltwater solution will pass through. Finally, you can evaporate the water from the salt solution to obtain the salt.
You can separate water and salt using a process called evaporation. Simply heat the mixture of water and salt until all the water evaporates, leaving behind the salt. This way, you can separate the two substances without losing any water.
Sugar/salt molecules bond with water. songjongsuk: what he means is that the sugar/salt molecules are PART of the water, which means they are technically liquid. So they can pass through the filter paper just like any other liquid.
The best method to separate paper clips from a mixture of salt and pennies is to use a magnet. Since paper clips are made of metal, they will be attracted to the magnet, allowing you to easily remove them from the mixture. After removing the paper clips, you can then dissolve the salt in water, leaving the pennies behind, as they do not dissolve. Finally, you can filter the solution to retrieve the salt and have the pennies separated.
because the filter paper was really tight so it wont go through
The dissolved salt will go right through. Anything dissolved in water can't be separated out using filter paper. However, if you evaporate off the water, the salt remains in the container, and you can separate it that way.
One method to obtain salt from salt water is through evaporation. Simply heat the salt water in the small beaker until all the water evaporates, leaving behind the salt crystals. Another method is to use a filter paper or a sieve to separate the salt crystals from the remaining water in the beaker.
Sand and salt can be separated using filter paper and a funnel because salt dissolves in water, while sand does not. When the mixture is added to water and stirred, the salt will dissolve, leaving the sand behind. By pouring the mixture through filter paper in a funnel, the sand is trapped on the paper while the salt solution passes through, allowing for the separation of the two components.
Pass the mixture through filter paper. The salt water will pass through leaving the chalk behind in the filter paper.
You can separate water and salt using a process called evaporation. Simply heat the mixture of water and salt until all the water evaporates, leaving behind the salt. This way, you can separate the two substances without losing any water.
Put the sand and salt mixture into a beaker of water. Put more water or raise the temperature of the water until the salt completely disappears. Pour everything in the beaker onto a piece of filter paper. The sand will stay on the filter paper while the water and salt solution will pass through the filter paper. To obtain the sale, simply boil the water and the remaining solid after all the water boiled is salt.
Dissolve the whole salt in a warm water, then filter it out. By evaporating the filtrate, we shall get pure salt. The impurities will left on the filter paper(as these are insoluble in water).
Sugar/salt molecules bond with water. songjongsuk: what he means is that the sugar/salt molecules are PART of the water, which means they are technically liquid. So they can pass through the filter paper just like any other liquid.
Because the salt dissolves in the water whereas sand does not.
The salt is in an ionized state ... only discrete particles can be extracted using filter paper, nothing that is dissolved.
Salt does not desolve in pure grain alcohol. Put the mixture in the solution, then filter through filter paper or a coffee filter. then evaporate the alcohol and your left with salt in the filter and sugar in the other end.