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with water you would have sodium(Na+1) ions and nitrate(NO3-1) ions then with the disulfide you would have Sulfur ions with carbon left over undissolved.
Dissolve sulfur in carbon disulfide, CS2, NaCl is not soluble in that, so it is left after filtration as solid. (CS2 has bad odor (rotten cauliflower), is toxic, very flammable and volatile)
because a mixture is physically combine while a compound is chemically combine thus make is eaiser for the mixture to separate using the technique magnetic separation.
Yes, a magnet is one way that can be used to separate a mixture of iron filings and sulfur.
by using carbon disulphide
with water you would have sodium(Na+1) ions and nitrate(NO3-1) ions then with the disulfide you would have Sulfur ions with carbon left over undissolved.
Dissolve sulfur in carbon disulfide, CS2, NaCl is not soluble in that, so it is left after filtration as solid. (CS2 has bad odor (rotten cauliflower), is toxic, very flammable and volatile)
This is a chemical element. You can find the how many electron in a single atom by using a periodic table.
Using a magnet would be the easiest way.
because a mixture is physically combine while a compound is chemically combine thus make is eaiser for the mixture to separate using the technique magnetic separation.
Yes, a magnet is one way that can be used to separate a mixture of iron filings and sulfur.
δg = (-992.0) - (298)(-294.6)(1/1000)
no it is a chemical change
no it is a chemical change
Do you mean Co2S3? If so, that's cobalt (III) sulide. You have to be careful in chemistry in distinguising between upper and lower case letters. CO is carbon monoxide, a compound of the two elements carbon and oxygen. Co is the element cobalt, a metal, Much less likely is CO2S3 which is a complex of carbon disulfide/sulfur dioxide, better written as CS2.SO2.
Using a separating funnel is the best option.
by using carbon disulphide