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What will be the compound of nitrogen having oxide of molecular weight 30?

Nitrous Oxide, NO has mass of 30


How do you calculate equivalent weight of oxide?

To calculate the equivalent weight of an oxide, you first determine its molecular weight. Then you look at how many oxygen atoms are present in the formula of the oxide and divide the molecular weight by that number of oxygen atoms. This result is the equivalent weight of the oxide.


Is nitrous oxide molecular or ionic?

Nitrous oxide is a molecular compound. It consists of covalent bonds between nitrogen and oxygen atoms, with the formula N2O.


What is the molecular name for N2O?

The molecular name for N2O is dinitrogen monoxide, also known as nitrous oxide or laughing gas.


What binary molecular compound is N2O?

Dinitrogen monoxide, also called nitrous oxide.


How many moles of nitrogen N are in 83.0 g of nitrous oxide?

To determine the number of moles of nitrogen (N) in 83.0 g of nitrous oxide (N2O), you first need to calculate the molar mass of N2O (nitrous oxide). Molar mass of nitrous oxide (N2O) = 44.02 g/mol. The molar mass of N in N2O is 28.01 g/mol. Therefore, for every mole of nitrous oxide (N2O), there is 2 moles of nitrogen. Using the molar mass ratio, you can calculate the moles of nitrogen in 83.0 g of nitrous oxide.


What is the proper name for laughing gas?

The scientific name for "laughing gas" is " Nitrous oxide."


What is the symbol for nitrous oxide?

The symbol for nitrous oxide is N2O.


What is the abbreviation for nitrous oxide?

The abbreviation for nitrous oxide is N2O.


Is nitrous oxide a organic compound?

No. Nitrous oxide (NO) is an inorganic compound.


Is NO² a ionic or molecular compound?

The electronegativity variance here is not great enough to make this an ionic compound, so nitrous oxide is covalent and molecular.


What is the significance of the N2O resonance structure in understanding the molecular properties of nitrous oxide?

The N2O resonance structure helps explain the molecular properties of nitrous oxide by showing how the electrons are distributed within the molecule. This understanding is important because it affects the molecule's stability, reactivity, and overall behavior in chemical reactions.