Define the barometric formula from te boltzmann distribution

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The variation of the atmospheric pressure p with altitude h is predicted by the barometric formula to be p = p0 e^(-h/H) where p0 is the pressure at sea level and H=RT/Mg with M the average molar mass of air and T the average temperature. Obtain the barometric formula from te Boltzmann distribution. Recall that the potential energy of a particle at height h above the surface of the Earth is mgh. Convert the barometric formula from pressure to number density, N. Compare the relative number densities, N(h)/N(0), for 02 and H20 at h= 8.0 km, a typical cruising alttude for commercial aircraft

Reference no: EM13235070

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Define the barometric formula from te boltzmann distribution : The variation of the atmospheric pressure p with altitude h is predicted by the barometric formula to be p = p0 e^(-h/H) where p0 is the pressure at sea level and H=RT/Mg with M the average molar mass of air and T the average temperature. Obtain t..
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