Carbon dioxide (CO2) affects the color of blood due to its interaction with hemoglobin. When oxygen binds to hemoglobin in the lungs, it forms oxyhemoglobin, which appears bright red. As oxygen is released to tissues and CO2 is taken up, hemoglobin becomes deoxygenated, leading to the formation of deoxyhemoglobin, which has a darker, dull red color. This color change is a direct result of the different forms of hemoglobin and their binding states with oxygen and carbon dioxide.
Shiny
Carbon monoxide, even in small amounts, can dull cognitive abilities such as memory, attention span, and coordination by interfering with the blood's ability to carry oxygen to the brain. Prolonged exposure can lead to serious health issues and potentially be fatal.
The deposit that covers a zinc strip and gives it a grey appearance is likely zinc oxide or zinc carbonate. These compounds can form on the surface of zinc when it reacts with oxygen or carbon dioxide in the air, giving it a dull grey color.
Nonmetals are often dull, brittle, and poor conductors of heat and electricity. Unlike metals, which are typically shiny and malleable, nonmetals tend to have a dull appearance and can break easily when subjected to stress. Common examples of nonmetals include sulfur, phosphorus, and carbon in certain forms.
The villi in the small intestine are typically a pinkish color due to the presence of blood vessels.
Blood appears dull and purplish-red in the veins because it is deoxygenated, having released its oxygen to the tissues and taken on a higher concentration of carbon dioxide. In contrast, arterial blood is bright red due to its high oxygen content, which reflects light differently. The varying colors are primarily due to the way hemoglobin, the protein in red blood cells, interacts with oxygen and how light is absorbed and reflected by the blood. Thus, the color difference is a visual indicator of the blood's oxygenation status.
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.
Carbon monoxide, even in small amounts, can dull cognitive abilities such as memory, attention span, and coordination by interfering with the blood's ability to carry oxygen to the brain. Prolonged exposure can lead to serious health issues and potentially be fatal.
Because, fizzy drinks are produced by injecting carbon dioxide into the drink at a pressure of several atmospheres. Carbon dioxide dissolves readily at normal atmospheric pressure, particularly in cold beverages, but far more so at high pressure and large volumes of gas can be dissolved. When the pressure is released the carbon dioxide comes out of solution forming numerous bubbles and begins releasing the carbon dioxide back into the atmosphere. After many minutes most of the carbon dioxide has been released and the drink is said to be "flat". So this 'flat' means dull, lifeless as opposed to even and level. In actuallity, the drink has lost its fizz.Source(s):http://en.wikipedia.org/wiki/Soft_drink
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 has three known isotopes (forms). Diamond is pure carbon and when cut into facets will reflect light. Graphite is a common form of carbon that is a black greasy substance. The "lead" in lead pencils is graphite as is the soot in fireplaces. Buckminster fullerene is a form of carbon that forms balls of 60 carbon atoms.
No, they get dull
physical change
Elements that are brittle and dull are likely to be nonmetals. Nonmetals tend to have brittle, dull properties compared to metals which are typically malleable and lustrous. Examples of brittle and dull elements include carbon in the form of graphite and sulfur.
Carbon itself does not exhibit luster as it is typically found in a dull, black solid form. However, certain forms of carbon, such as diamond, can exhibit a very high luster due to its ability to refract and reflect light.
oxygenated blood is a bright red (in arteries), deoxygenated blood is a dull brick red (in veins).