What are the differences between iron metal and compounds containing iron?

Answer 1

Iron is a chemical element; iron compounds contain in the molecule iron but also other elements.

Answer 2

Iron II oxide is when iron has a valency of 2 and iron III oxide is when it has a valency of 3. Iron II oxide is when iron has a valency of 2 and iron III oxide is when it has a valency of 3.

Answer 3

The differences show that

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Answer 4

Pure iron or native iron is only found in the crust in the form of meteorites. To produce iron, minerals rich in iron must be processed to extract pure iron. The minerals rich in iron are called iron ores. Examples of iron ores are magnetite and hematite.

Answer 5

Iron metal is a pure element consisting of iron atoms bonded together in a metallic lattice structure. Compounds containing iron, such as iron oxide or iron sulfate, are chemical substances composed of iron atoms bonded to other elements like oxygen or sulfur. Iron metal is a good conductor of electricity and heat, while iron compounds may have different physical and chemical properties depending on the elements they are bonded with.

Answer 6

Well, darling, iron metal is just pure iron, while compounds containing iron are mixtures of iron with other elements. Iron metal is like a solo act, while iron compounds are more like a rock band with a bunch of different members. So, in a nutshell, iron metal is the star of the show, while iron compounds are the entourage.

Answer 7

Iron metal is a pure element composed of iron atoms only, whereas compounds containing iron are formed when iron atoms chemically bond with other elements. Iron metal has metallic properties, such as conductivity, malleability, and luster, while compounds containing iron can have a range of properties depending on the elements they are bonded with. Iron metal is a solid at room temperature, while iron compounds can exist in various states, such as solid, liquid, or gas.

Answer 8

Iron Metal is a solid structure, it conducts electricity and heat. The electrons in it allow electricity to pass through it, it is an electrolyte.

Iron Oxide is a gas, it doesn't conduct electricity therefore does not let electricity pass through it. it is not an electrolyte.

Answer 9

Aluminum oxide contains the elements aluminum (in the form of Al3+ ions) and oxygen (in the form of O2- ions). It has the formula Al2O3. It is a transparent solid and is very strong and hard. It is the main component of rubies and sapphires.

Iron oxide contains the elements iron (in the form of Fe2+, ions Fe3+ ions, or a combination of the two) and oxygen (in the form of O2- ions) can have one of three formula. Iron III oxide is Fe2O3 Iron II oxide is FeO and Iron II, III oxide is Fe3O4. Depending on which form its is either an opaque reddish-brown or opaque black solid and is usually fairly brittle or powdery. Iron III oxide is the main component of rust.

Answer 10

The difference is the vallency of iron in iron 2 oxide is 2.but the vallency iron in iron3 oxide is 3.