Suppose that an object that is originally at room temperature of 32°C is placed in a freezer. The temperature T(x) (in °C) of the object can be approximated by the model T(x) = 320 , where x is the time in hours after the object is x + 3x + 10 placed in the freezer. a. What is the horizontal asymptote of the graph of this function and what does it represent in the context of this problem? b. A chemist needs a compound cooled to less than 5°C. Determine the amount of time required for the compound to cool so that its temperature is less than 5°C.
Suppose that an object that is originally at room temperature of 32°C is placed in a freezer. The temperature T(x) (in °C) of the object can be approximated by the model T(x) = 320 , where x is the time in hours after the object is x + 3x + 10 placed in the freezer. a. What is the horizontal asymptote of the graph of this function and what does it represent in the context of this problem? b. A chemist needs a compound cooled to less than 5°C. Determine the amount of time required for the compound to cool so that its temperature is less than 5°C.
Chapter4: Rational Functions And Conics
Section4.1: Rational Functions And Asymptotes
Problem 5ECP: A business has a cost function of C=0.4x+8000, where C is measured in dollars and x is the number of...
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