Please derive an equation for the pressure as a function of height in a hydrostatic atmosphere. Assume that the atmosphere has a linear temperature lapse rate of Γ. (b) If the atmospheric lapse rate is 6 K/km, the surface pressure is 1000 hPa, and the surface temperature is 280K what is the pressure at 5 km? Assume the air is dry. (c) How does this pressure compare to that computed for an isothermal atmosphere? To do this calculation requires choosing a temperature. The most logical temperature to use would be the average atmospheric temperature, which you will need to calculate. In computing the average temperature, assume the lapse rate and surface temperature given in (b) and calculate the average from the surface to 10 km height.
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Please derive an equation for the pressure as a function of height in a hydrostatic atmosphere....
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