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Hey there! Are you trying to figure out the molar mass of NO2 gas? Well, you’ve come to the right place! Let me break it down for ya. The molar mass of NO2 gas is 46.0055 g/mol. Pretty cool, huh? Now that you know the answer, you can move on with your project and get back to work in no time flat!
What Is The Molar Mass Of No2 Gas? [Solved]
Well, nitrogen dioxide is a brown gas with a chlorine-like odor and a molar mass of 46.006 g/mol. It’s got a density of 1.880 g/L, so it’s pretty light. All in all, it ain’t too bad!
Molecular Formula: NO2 - The molecular formula for nitrous oxide gas is NO2, which stands for two nitrogen atoms and two oxygen atoms.
Molar Mass: 46.0055 g/mol - The molar mass of nitrous oxide gas is 46.0055 grams per mole, which is the sum of the atomic masses of each atom in the molecule (14.0067 g/mol for nitrogen and 15.9994 g/mol for oxygen).
Density: 1.977 kg/m3 - Nitrous oxide gas has a density of 1.977 kilograms per cubic meter at standard temperature and pressure (STP).
Boiling Point: -88°C (-126°F) - Nitrous oxide boils at a temperature of -88°C (-126°F) at STP, making it a liquid under normal atmospheric conditions on Earth’s surface.
5 Melting Point: -90°C (-130°F) – Nitrous oxide has a melting point of -90°C (-130°F), meaning that it will remain in its gaseous state until temperatures reach this point or lower before becoming a liquid form of the compound
Molar mass is the mass of a single molecule of a gas, like NO2. It’s usually expressed in grams per mole, so for NO2 it would be 46.0055 g/mol. That means that if you had one mole of NO2 gas, it would weigh 46.0055 grams! Pretty cool, huh?
