You would look at random space junk floating around the moon
No. Iron oxide (rust) gives Mars it's red color.
Mars is primarily composed of iron, oxygen, silicon, magnesium, sulfur, and other elements. The atmosphere is thin and composed mostly of carbon dioxide, with traces of nitrogen and argon. The surface of Mars is rocky and dusty, with iron oxide giving it a reddish color.
Earth is mostly made up of iron, oxygen, silicon, magnesium, sulfur, nickel, and other elements. The crust is largely composed of silicon and oxygen in the form of silicate minerals, while the core is primarily made of iron and nickel.
Mars' core is made primarily of iron and sulfur. It has a solid core like Earth that is wrapped in a mantle made of silicates. A mantle comprised mainly of silicate and a thick crust which appears to be basalt thinly covered in iron-oxide dust. Mars composition is quite similar to Earth's. Its core is mainly made from iron and sulfur. It is surrounded by a mantle of silicates and this is wrapped with a crust of basalt and iron oxide. Wow the previous answer was just bad. Mars much like earth has a core that is predominately Nickle, Iron and Sulfur. The mantle is likely Silicon, Oxygen, Iron, and Magnesium. The crust is volcanic rocks. Since the core is completely solid unlike earths there is no dynamo effect to create a magnetosphere which causes the surface of Mars to be highly irradiated at times due to solar radiation.
Mars has an atmosphere that's about 95% carbon dioxide.
A compound of iron and sulfur is called ferric sulfide. But you would have to be pretty smart to do that.
The skeleton equation for the reaction that produces iron II sulfide from iron and sulfur would be: iron + sulfur → iron II sulfide
When iron filings and sulfur are heated together, they form iron sulfide, a compound with the chemical formula FeS. This is a chemical reaction where the iron and sulfur atoms combine to form a new substance with different properties than the original elements.
ironsulphide
Heating sulfur with iron fillings lead to the formation of iron sulfide - a chemical compound.
If the mixture is powdered sulfur and iron filings, use a strong electrostatic field. The sulfur will jump to the opposite charge leaving the conductive iron behind. ***************************** Or, you could add carbon disulfide which would dissolve the sulfur.
Sulfur alone is a bright yellow solid with a faint odor, while in the unheated iron sulfur combination, it appears as a mixture of yellow sulfur and grayish iron. When heated, the iron sulfur combination undergoes a chemical reaction to form iron sulfide, resulting in a color change to a darker gray-black solid compared to the original components.
You can use a magnet to separate iron from sulfur since iron is magnetic while sulfur is not. By using the magnet to attract the iron particles, you can separate them from the sulfur.
It depends on the temperature. If you only heat moderately, you will still have a mixture of iron and sulfur, even if the sulfur has melted and formed a kind of cement with the iron. If you put the mixture in a vacuum, and then heat up to the combustion temperature of the mixture, then you would get some amount of iron sulfide, which is a compound. You need the vacuum so that the sulfur, for instance, does not react with oxygen and just burn down to sulfur dioxide gas, probably leaving the iron mostly unaffected. If you have the exact ratio of iron to sulfur for reaction, you will get only iron sulfide compound, but any other ratio will leave either some iron or some sulfur unreacted.
Iron sulfates contain iron, sulfur and oxygen.
Iron sulfide is a compound composed of iron and sulfur elements, while iron sulfur refers to a mixture of iron and sulfur elements. Iron sulfide has a specific chemical formula (FeS) and a defined structure, whereas iron sulfur is a general term that does not imply a specific composition or structure.
To separate iron fillings from sulfur, you can use a magnet to attract the iron fillings as they are magnetic and can be easily picked up. Sulfur does not respond to magnets, so the iron fillings can be separated by simply utilizing the magnet.