no
Generally when is transported it is a liquid.
Dry ice is not a liquid. It is a solid form of carbon dioxide. Carbon dioxide changes from a gas to a solid at low temperatures, under pressure.
Yes, carbon dioxide can exist in liquid form under high pressure and low temperature conditions. This liquid form of carbon dioxide is often used in various industrial processes and can be seen in certain fire extinguishers as well.
Changes of state, such as solid to liquid, or liquid to gas, are physical changes because no chemical reaction occurs. CO2 as a solid, a liquid, or a gas is still CO2. Generally, physical changes are easily reversed, so that if carbon dioxide is condensed from a gas to a liquid, it is easy to evaporate it back into a gas.
Carbon can exist in different forms. It can be found as a solid in the form of graphite or diamond, as a gas in the form of carbon dioxide, and it can also exist in liquid form under certain conditions, such as in the form of molten carbon or in certain organic compounds.
Carbon can exist as a solid (in the form of graphite or diamond), liquid (molten form), and gas (as carbon dioxide or methane) depending on the temperature and pressure conditions.
Carbon can exist as a solid, liquid, or gas, depending on its form. Graphite and diamond are solid forms of carbon, while carbon dioxide is a gas, and liquid carbon can exist in supercritical conditions.
At -100 degrees Celsius, carbon dioxide would be in solid form, commonly known as dry ice.
No, liquid carbon dioxide is not an electrolyte. For a substance to conduct electricity, free moving electric charges must be present. Carbon dioxide is made of neutral CO2 molecules, thus there are no electric charges to conduct the electricity.
Dry ice is the solid form of carbon dioxide, not frozen nitrogen. When carbon dioxide gas is compressed and cooled, it turns directly into a solid without passing through a liquid phase, resulting in dry ice.
The short form for carbon dioxide is CO2.
Carbon bonds with oxygen to form carbon dioxide (CO2) or carbon monoxide (CO).