Question: 3) (25 Points) In diffusive equilibrium, determine the variation of barometric pressure with altitude p(h), provided that the Earth's atmosphere is in thermal equilibrium at

 3) (25 Points) In diffusive equilibrium, determine the variation of barometric

3) (25 Points) In diffusive equilibrium, determine the variation of barometric pressure with altitude p(h), provided that the Earth's atmosphere is in thermal equilibrium at a temperature of 27.0C. What is the height at which the pressure is 90.0% of its value at sea level? Assume that air is made up only of nitrogen molecules N2. There are seven protons and seven neutrons in the nucleus of a nitrogen atom N. Take g=9.80m/s2,mp=1.671027kg

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