There are 6.02214*10^23 molecules , I'm not so sure about it though.
Answer:
Yes, with change in humidity, enthalpy changes as well.
Explanation:
This can be explained by the given relation:
H = 
where
H = enthalpy (in Btu/lb)
w = specific humidity (lb-water/lb-dry air)
= dry-bulb temperature (in
)
The above relation clearly explains that if temperature does not vary, enthalpy is in direct proportion with the humidity.
So, any change in humidity results in a corresponding change in the enthalpy.
It is an electron i hope this helps
By sharing valence electrons between the two atoms
The answer would be C6H02