Electrical resistance and conductance are inverse measures of each other. As the electrical resistance of carbon dioxide decreases, its conductance increases. This means that as temperature increases, the ability of carbon dioxide to conduct electricity also increases.

As temperature increases, the electrical resistance of carbon dioxide decreases. This is because at higher temperatures, the molecules of carbon dioxide have more kinetic energy and are able to conduct electricity more easily.

The electrical resistance of carbon dioxide varies depending on factors such as temperature, pressure, and purity. At standard temperature and pressure (STP), the resistance of carbon dioxide is approximately 1.83 x 10^14 ohms.

Carbon dioxide has a higher electrical resistance compared to most gases, such as oxygen and nitrogen. This is due to its molecular structure and low ionization potential.

The electrical resistance of carbon dioxide is used in various industrial and scientific processes, such as in gas sensors, electrochemical cells, and as a coolant in high-voltage equipment. It is also an important factor in understanding the electrical properties of Earth's atmosphere.

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