well it depends what u mean by carbon thers carbon gas carbon fibre well carbon fibre is like a black/grey
wrong carbons color is yellow
The question asks for something which has never existed, will never exist, and can never exist.Carbon is an integral part of the sugar molecule. If you take away the carbon, you no longer have sugar.
When iodine is mixed with decane, it typically forms a purple or violet color. This color change is due to the reaction between iodine and the carbon-carbon double bonds in decane, resulting in the formation of an adduct that absorbs light in the visible spectrum, giving it a purple color.
No, carbon in its pure form is not typically shiny. It can appear as a dull black or grey color in its natural state. However, certain forms of carbon, such as synthetic diamonds, can be cut and polished to create a shiny appearance.
Carbon itself is not invisible, but carbon in various forms (such as graphite or charcoal) may appear dark or black in color, making it difficult to see against certain backgrounds. In its gaseous form as carbon dioxide, it is invisible to the human eye.
Nitrogen, oxygen, carbon dioxide, carbon monoxide...
Carbon-14 itself is a radioactive isotope of carbon and does not have a distinct color. In its natural state, carbon-14 would not have a visible color.
Carbon dioxide is colorless.
cole is carbon in a solid form carbon is black
Carbon tetrachloride is a colorless liquid with a slightly sweet odor. It does not have a natural color.
Carbon is a black color. It got it's name from the Latin word "carbo" meaning charcoal. The black color of smoke actually comes from unburned specks of carbon.
Carbon dioxide gas is colorless
Carbon is burned to carbon dioxide, a colorless gas.
Assuming you are asking the color of "Carbon", most forms are black. There are three "allotropes" of Carbon: Graphite, Diamond, and Amorphous. Diamond is clear but of course quite rare.
light black.
When carbon is ignited, it burns with a blue flame.
Black is the physical color of carbon, not its chemical property.
Carbon atoms are not colored; they are simply neutral in color. The color we see in objects comes from the way light interacts with the material's structure at a molecular level.