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6 Nov 2019
Suppose a person is going up in a hot air balloon. The surrounding air temperature in degrees Fahrenheit decreases with height according to the formula T(h) = 8Oe-0.0O0O65h where h is the height in feet. How fast is the temperature decreasing when the person is at a height of 1000 ft and rising at a speed of 825 ft/hr? The temperature is decreasing at degrees / hour (Round to the nearest tenth as needed.) Show transcribed image text
Suppose a person is going up in a hot air balloon. The surrounding air temperature in degrees Fahrenheit decreases with height according to the formula T(h) = 8Oe-0.0O0O65h where h is the height in feet. How fast is the temperature decreasing when the person is at a height of 1000 ft and rising at a speed of 825 ft/hr? The temperature is decreasing at degrees / hour (Round to the nearest tenth as needed.)
Show transcribed image text Patrina SchowalterLv2
6 Nov 2019