Name two non metal which is good conductor of electricity?

Question

Answer

1st is Graphite & It Is Confirmed & Second One Could Be Some Form Of Carbon.

Please Clarify for the 2nd one

Answer

Graphite. ...

Answer

Graphite is the only non-metal element that is a good conductor of electricity. Graphene is simply one atomic layer of graphite-a layer of sp2 bonded carbon atomsarranged in a hexagonal or honeycomb lattice.

Answer

The first one is Graphite and the second one is Grapheme .It is a form of graphite.

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Silicon semiconductor graphite and metalloids can conduct electricity even though a metalloid has both properties of metals and non metals

Answer

Graphite is a good conductor of heat.

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GRAPHITE is the only non metal,,, which are GOOD CONDUCTOR of Electricity...

Answer

I know one of the non metal which is good conductor of electricity is graphite

Answer

Non-Metal Conductors of Electricity

Introduction:
When we think of materials that conduct electricity, metals usually come to mind. However, there are some non-metals that also possess the ability to conduct electricity. In this response, we will discuss two notable non-metal conductors of electricity.

Carbon:
Carbon is a versatile non-metal element that can exist in various forms, including graphite and diamond. While diamond is an insulator, graphite is an excellent conductor of electricity. This property of graphite is primarily due to its unique structure.

Structure:
Graphite consists of layers of carbon atoms arranged in a hexagonal lattice. Each carbon atom forms three strong covalent bonds with neighboring atoms within a layer, creating a two-dimensional network. However, the fourth valence electron of each carbon atom is delocalized and free to move within the layers.

Conduction Mechanism:
The delocalized electrons in graphite are responsible for its electrical conductivity. When a potential difference is applied across graphite, these electrons can move freely within the layers, facilitating the flow of electric current. This mechanism is known as 'pi-electron delocalization.'

Applications:
Graphite's electrical conductivity makes it suitable for various applications, including:

1. Electrical Contacts: Graphite is commonly used in electrical contacts due to its low resistance and ability to withstand high temperatures.

2. Batteries: Graphite is utilized as an electrode material in batteries, allowing for the flow of electric current during charging and discharging processes.

Silicon:
Silicon is another non-metal that possesses semiconducting properties. While it is not a good conductor of electricity like metals, it can conduct under certain conditions.

Structure:
Silicon has a crystalline structure, similar to diamond, where each silicon atom is covalently bonded to four neighboring atoms in a tetrahedral arrangement.

Conduction Mechanism:
Silicon's ability to conduct electricity is due to the presence of 'minority carriers' - charge carriers that are not the dominant carriers in the material. In silicon, these minority carriers are electrons. When impurities are intentionally added to silicon, such as phosphorus or boron, it becomes doped and can conduct electricity.

Applications:
Silicon's semiconducting properties make it indispensable in modern technology. Some applications of silicon include:

1. Integrated Circuits: Silicon is the primary material used in the fabrication of integrated circuits, forming the basis of modern electronic devices.

2. Solar Cells: Silicon-based solar cells convert sunlight into electricity by utilizing the semiconducting properties of silicon.

Conclusion:
While metals are the most common conductors of electricity, certain non-metals, such as graphite and silicon, possess unique properties that enable them to conduct electric current. Graphite's layered structure and delocalized electrons make it an excellent conductor, while silicon's semiconducting properties are crucial for various technological applications. Understanding these non-metal conductors expands our knowledge of materials and their diverse electrical properties.

Answer

Graphite and Gas carbon....

Hope it helps!

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