In a more realistic setting, the density of the atmosphere decreases with altitude. It can be modeled by p(h) = poe h/Ho, where Ho is a constant and po is the atmospheric density at sea level. Po = 1.27 Kg/m³ Ho= 8.5 Km Psea level =101071 Pa Determine how high the atmosphere extends from sea level. Type your numeric answer and submit
In a more realistic setting, the density of the atmosphere decreases with altitude. It can be modeled by p(h) = poe h/Ho, where Ho is a constant and po is the atmospheric density at sea level. Po = 1.27 Kg/m³ Ho= 8.5 Km Psea level =101071 Pa Determine how high the atmosphere extends from sea level. Type your numeric answer and submit
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Transcribed Image Text:In a more realistic setting, the density of the atmosphere decreases with altitude. It can be modeled by
p(h) = poe h/Ho, where Ho is a constant and po is the atmospheric density at sea level.
Po = 1.27 Kg/m³
Ho= 8.5 Km
Psea level =101071 Pa
Determine how high the atmosphere extends from sea level.
Type your numeric answer and submit
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