The reaction is:
N2H4------------------------------(N2H5)+ + (OH)-
N2H4 is called hydrazine. It is also called diamine.
2n2 + 3o2 -> 2n2o3
Nitrogen Tetrahydride
The name of this compound is dinitrogen pentasulfide.
Dinitrogen trioxide, other uncommons: nitrous anhydride, nitrogen sesquioxide
N2H4 is called hydrazine. It is also called diamine.
The name of the compound dinitrogen tetrahydride implies that the formula of the compound is N2H4. Therefore, each molecule contains two nitrogen atoms and four hydrogen atoms.
4H2 + N2 --> 2H4N+
Dinitrogen hexahydrogen. Though you're unlikely to find it in nature, as the bonding of nitrogen to itself does not leave the 6 valence electrons necessary for the hydrogen molecules to also bond and form the compound.
The systematic name for the molecule N2H4 is dinitrogen tetrahydride. "Di" because there are two atoms of nitrogen and "tetra" because there are four atoms of hydrogen.
2n2 + 3o2 -> 2n2o3
Nitrogen Tetrahydride
> Hydrogen chloride = HCl Nitrogen has many oxides : > Dinitrogen monoxide = N2O > Nitrogen monoxide = NO > Dinitrogen trioxide = N2O3 > Nitrogen dioxide = NO2 > Dinitrogen tetroxide = N2O4 > Dinitrogen pentoxide = N2O5
The name of this compound is dinitrogen pentasulfide.
You need to be more specific, there is more than one oxide of nitrogen specifically dinitrogen monoxide, nitric oxide, dinitrogen trioxide, nitrogen dioxide, dinitrogen tetroxide, dinitrogen pentoxide and nitrogen trioxide. A start can be made by measuring its density. A mass spectrometer would do it.
When mixing Nitrogen (turns into N2 since it is a gas) and Oxygen (also turns into O2 because it is a gas) makes Dinitrogen Trioxide, also known as N2O3 Here is the balanced equation Nitrogen + Oxygen = Dinitrogen Trioxide N2 + O2 + N2O3
Dinitrogen trioxide, other uncommons: nitrous anhydride, nitrogen sesquioxide