I believe this is because iron is a metal and metals are magnetic.
A mixture of iron and sulfur can be separated by using a magnet. Iron is magnetic, so it can be easily separated from the non-magnetic sulfur using a magnet.
A mixture of iron and sulfur can be separated by using a magnet to attract the iron (which is magnetic) while leaving the sulfur behind. The iron can then be removed, leaving the sulfur as the only component remaining.
Iron and sulfur can be separated by using a magnet. Iron is magnetic, so it will be attracted to the magnet and can be easily separated from the sulfur.
When the magnet is moved beneath the mixture of iron and sulfur, the iron particles will be attracted to the magnet due to their magnetic properties, while the sulfur particles will not be affected by the magnet. This will result in the separation of the iron from the sulfur in the mixture.
The iron in the mixture will be attracted to the magnet and stick to it. Sulfur, being non-magnetic, will not be affected by the magnet and will remain in the mixture. This can be used to separate the iron from the sulfur.
A mixture of iron and sulfur can be separated by using a magnet. Iron is magnetic, so it can be easily separated from the non-magnetic sulfur using a magnet.
A mixture of iron and sulfur can be separated by using a magnet to attract the iron (which is magnetic) while leaving the sulfur behind. The iron can then be removed, leaving the sulfur as the only component remaining.
Iron and sulfur can be separated by using a magnet. Iron is magnetic, so it will be attracted to the magnet and can be easily separated from the sulfur.
When the magnet is moved beneath the mixture of iron and sulfur, the iron particles will be attracted to the magnet due to their magnetic properties, while the sulfur particles will not be affected by the magnet. This will result in the separation of the iron from the sulfur in the mixture.
The iron filings will be attracted to the magnet and stick to it due to their magnetic properties. The sulfur powder will remain unaffected as it is not magnetic. You will observe the separation of the iron filings from the sulfur powder as the magnet is rolled through the mixture.
A mixture of iron and sulfur consists of iron filings and sulfur powder, where the two substances retain their individual properties. To separate the iron from the mixture, a magnet can be used; the iron filings will be attracted to the magnet, allowing them to be easily removed from the sulfur. This process takes advantage of the magnetic properties of iron, while sulfur remains unaffected.
The iron in the mixture will be attracted to the magnet and stick to it. Sulfur, being non-magnetic, will not be affected by the magnet and will remain in the mixture. This can be used to separate the iron from the sulfur.
A magnet can be used to separate iron fillings from powdered sulfur. Iron fillings are magnetic and will be attracted to the magnet, while sulfur is non-magnetic and will remain unaffected.
The easiest way would be to use a magnet. Iron is naturally magnetic, and will respond to and follow a magnet, while sulfur is not magnetic and will stay in its place.
A magnet can be used to separate iron dust from sulfur since iron is magnetic while sulfur is not. By passing a magnet over the mixture, the iron dust will be attracted to the magnet, leaving the sulfur behind.
A magnet can be used to separate iron filings from sulfur as iron is magnetic whereas sulfur is not. Simply pass a magnet over the mixture to attract and remove the iron filings, leaving the sulfur behind.
One method is to use a magnet to separate the iron fillings from the sulfur powder, as iron is magnetic but sulfur is not. Another method is to mix the mixture with a solvent that dissolves the sulfur powder, leaving the iron fillings behind. Lastly, heating the mixture can also cause the sulfur to sublimate, leaving the iron fillings behind.