A mixture of salt and sulfur typically appears as a light yellow color due to the presence of sulfur, which is a pale yellow solid. The salt, usually in the form of sodium chloride, is white and can blend with the sulfur to create a lighter shade. The overall appearance may vary slightly depending on the ratio of the two components, but it generally retains a yellowish hue.
Salt is soluble in water.Sulfur is soluble in carbon disulfide.Sand is insoluble.
A mixture of common salt and powdered sulfur can be separated using water. Since salt is soluble in water while sulfur is not, adding water to the mixture allows the salt to dissolve. The undissolved sulfur can then be filtered out, leaving a solution of saltwater. Finally, the salt can be recovered by evaporating the water.
To separate a mixture of sulfur, iron, and salt, you can use a magnet to remove the iron filings, as they are magnetic. Next, dissolve the remaining mixture (sulfur and salt) in water, as salt is soluble while sulfur is not. After stirring, filter the solution to separate the undissolved sulfur from the saltwater solution. Finally, evaporate the water from the saltwater solution to obtain the salt.
Sulphur can be obtained from a mixture of powdered sulphur and iron filings by using a magnet. The iron filings, being magnetic, can be attracted and removed from the mixture using a magnet, leaving behind the non-magnetic powdered sulphur. This separation method takes advantage of the differing physical properties of the two substances, allowing for the recovery of sulphur in a pure form.
you an use a magnet to get the iron fillings out
Salt is soluble in water.Sulfur is soluble in carbon disulfide.Sand is insoluble.
The salt dissolves in the water and the sand does not.
A mixture of common salt and powdered sulfur can be separated using water. Since salt is soluble in water while sulfur is not, adding water to the mixture allows the salt to dissolve. The undissolved sulfur can then be filtered out, leaving a solution of saltwater. Finally, the salt can be recovered by evaporating the water.
put this mixture in water. salt will dissolve in water. now filter this solution with a filter paper. we will get particles of charcoal on the filter paper as residue. now heat the solution of salt and water .the water will evaporate leaving behind salt. thus the mixture of charcoal and salt is separated.
Sulphur plus water is a nonhomogeneous mixture.
It is very simple
It is very simple
To separate a mixture of sulfur, iron, and salt, you can use a magnet to remove the iron filings, as they are magnetic. Next, dissolve the remaining mixture (sulfur and salt) in water, as salt is soluble while sulfur is not. After stirring, filter the solution to separate the undissolved sulfur from the saltwater solution. Finally, evaporate the water from the saltwater solution to obtain the salt.
One method of separating sulphur from a mixture of carbon particles and rolled sulphur is by using a process called sublimation. Since sulphur sublimes at a lower temperature compared to carbon, you can heat the mixture to a specific temperature where sulphur will vaporize and then condense back into solid form separately from the carbon particles. This way, you can isolate sulphur from the mixture.
To separate a mixture of common salt (sodium chloride) and sulfur, you can use the process of filtration. The mixture can be dissolved in water, allowing the salt to dissolve while the sulfur remains solid. Filtration can then be used to separate the solid sulfur from the liquid salt solution. The salt can be recovered by evaporating the water.
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.
Carbon disulphide will evaporate from the mixture of sulphur and carbon disulphide as it has a lower boiling point compared to sulphur.