A model for the density "d" of the earth's atmosphere near the surface is d = 619,09 − 0,000097r Where "r" (centre of the earth distance) is in meters y "d" is in kg/m^3 (kilogram per cubic meter). If we take the surface of the earth as an esphere with radius 6 370 km, then this model is reasonable for 6,370 × 106 ≤ r ≤ 6,375 × 106. Use this model to estimate the mass of the atmosphere between the ground and an altitude of 5km.
A model for the density "d" of the earth's atmosphere near the surface is d = 619,09 − 0,000097r Where "r" (centre of the earth distance) is in meters y "d" is in kg/m^3 (kilogram per cubic meter). If we take the surface of the earth as an esphere with radius 6 370 km, then this model is reasonable for 6,370 × 106 ≤ r ≤ 6,375 × 106. Use this model to estimate the mass of the atmosphere between the ground and an altitude of 5km.
Chapter3: Functions
Section3.3: Rates Of Change And Behavior Of Graphs
Problem 3SE: How are the absolute maximum and minimum similar to and different from the local extrema?
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A model for the density "d" of the earth's atmosphere near the surface is
d = 619,09 − 0,000097r
Where "r" (centre of the earth distance) is in meters y "d" is in kg/m^3 (kilogram per cubic meter).
If we take the surface of the earth as an esphere with radius 6 370 km,
then this model is reasonable for 6,370 × 106 ≤ r ≤ 6,375 × 106. Use this model to estimate the mass of the atmosphere between the ground and an altitude of 5km.
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