The O2 and N2 are homonuclear molecules. So the rotational wave function of the diatomic homonuclear molecules should be symmetric or antisymmetric under the exchange of the two identical nuclei, depending on whether they are bosons or fermions. This would imply that the l quantum number is either even or odd. In either case, in rotational transitions the change in l should be at least 2. This violates the selection rule for electric dipole transitions, namely the change in l should be one. So the electric dipole transitions are forbidden in the rotational transitions of these molecules. The electric dipole transitions are the most prominent transitions whenever the wavelength is much larger than the size of the system, which is evidently true for the rotational transition wavelengths of the diatomic molecules.
The vibrational transitions of these molecules can only absorb one wavelength because in electric dipole transitions, the n quantum number of the vibrational spectrum can only change by one unit and the vibrational spectrum is equally spaced, just like the energy spectrum of a one dimensional harmonic oscillator.
N2 + o2 = no2
for o2 -bp==2 for n2 bp =3
This method is commonly used to separate mixture of gasses. Eg: Substrate solutes Molecular sieves SA &13* Gasses:H2, N2, O2, Ar, N2, CH4,CO;re retains polar gasses CO2,
more N2 and O2 would form
N2
CO2 and H2O
The atmosphere consists of 78% Nitrogen (N2), 21% Oxygen (O2).
Nitrogen (N2) is thermodynamically inert. Therefore it contributes essentially nothing to the greenhouse effect. The same is true with free oxygen (O2).
N2 + o2 = no2
More NO would form
for o2 -bp==2 for n2 bp =3
More N2 and O2 would form
What causes greenhouse gasses? I dont know why do you even ask?
More N2 and O2 would form
O2, because it have more electrons than N2
3H2 + N2 --> 2NH3This is the Haber process which makes ammonia (NH3)
This method is commonly used to separate mixture of gasses. Eg: Substrate solutes Molecular sieves SA &13* Gasses:H2, N2, O2, Ar, N2, CH4,CO;re retains polar gasses CO2,