No it isnt carbon monoxide is carbon bonded to one oxygen atom,but carbon dioxide have two
Carbon is neither ductile nor malleable as it is a non-metallic element. It does not have lustre inherently; however, certain forms of carbon, such as diamonds, can exhibit a shiny appearance due to their high refractive index.
The carbon allotrope 'diamond' in its natural un-cut state is dull. however, when a jeweller cuts it , it becomes very shiny; a' girls best friend'. Other allotropes of carbon are graphite - dull, and buckminster fullerene ??? dull or shiny.
An example of a non-metal that exhibits metallic luster rarely is graphite. Graphite is a form of carbon that can have a shiny, metallic appearance under certain conditions, such as when it is highly polished or in certain crystal structures.
Diamonds do not have a metallic luster; diamond luster is adamantine to waxy.
That could be graphite, which is a natural allotrope of the element carbon.
Carbon can exhibit both metallic and non-metallic luster depending on its allotrope. In its graphite form, carbon has a metallic luster, appearing shiny and reflective. In contrast, in its diamond form, carbon has a brilliant, non-metallic luster, characterized by its clarity and sparkle. Thus, carbon's luster varies with its structural form.
Only as a diamond crystal.
Carbon is neither ductile nor malleable as it is a non-metallic element. It does not have lustre inherently; however, certain forms of carbon, such as diamonds, can exhibit a shiny appearance due to their high refractive index.
No, carbon is not lustrous. It is typically dull or has a matte appearance. Luster is the way light interacts with the surface of a mineral, and carbon's atomic structure does not allow it to exhibit luster like other substances such as metals or minerals.
Shiny
The carbon allotrope 'diamond' in its natural un-cut state is dull. however, when a jeweller cuts it , it becomes very shiny; a' girls best friend'. Other allotropes of carbon are graphite - dull, and buckminster fullerene ??? dull or shiny.
Anthracite luster refers to the shiny, reflective appearance of anthracite coal, which is a high-grade form of coal. This luster is characterized by its glossy, metallic sheen, resulting from its high carbon content and low impurities. Anthracite is known for its clean-burning properties and is often used for heating and industrial purposes. Its distinct luster makes it easily recognizable among other types of coal.
An example of a non-metal that exhibits metallic luster rarely is graphite. Graphite is a form of carbon that can have a shiny, metallic appearance under certain conditions, such as when it is highly polished or in certain crystal structures.
Elements with luster would be classified as metals. Metals will also have the properties of malleability and ductility. Luster: the shine of a metal object Malleability: the flexibility of a metal Ductility: the ability of a metal to be pulled into thin wires
Diamonds do not have a metallic luster; diamond luster is adamantine to waxy.
That could be graphite, which is a natural allotrope of the element carbon.
The luster of coal is typically described as dull to sub-metallic. It does not have the shiny appearance of many minerals, as it is primarily composed of carbon and various other elements. Some types of coal, like anthracite, may exhibit a slightly more lustrous surface compared to others, but overall, coal's luster is generally not reflective.