When an airbag inflates, sodium azide, nan3, decomposes to produce sodium and nitrogen gas. how many molecules of nitrogen gas would be produced from 429 g of sodium azide?

The  number  of  nitrogen  gas  that   would   produced  from  429 g of  sodium  azide   is  calculated  as follows

write   the   equation  for  decomposition  of   sodium  azide

= 2NaN3  =  2 Na  +   3 N2

find  the  moles  of  NaN3   =moles  =  mass/molar  mass
=   429  g /65  g/mol  =   6.6  moles
by  use  of mole  ratio   between  NaN3  to  N2  which  is  2:3 the  moles  of  N2  is  therefore =  6.6  moles   x3/2 =  9.9  moles

then  by  use  of  Avogadro    law  constant
1mole  =  6.02  x10^23  molecules  what  about  9.9  moles

= 9.9  x(6.02  x10^23)  =  5.96  x10^24 molecules

If the water vapor content stays the same and the temperature drops, then the relative humidity increases. its vise versa.if the water vapor content stats the same and the temperature rises, the relative humidity decreases. so, yes, i'd say that temperature and humidity have a strong relationship.

Most smaller stars don't have a radiative zone.