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A can of soda is placed inside a cooler. As the soda cools, its temperature T (x) in degrees celsius is givien by the following function, where x is the number of minute since the can was placed in the cooler.T(x)=-6+24e^-0.038xFind the intial temperature of the soda and its temperature after 20 mintues.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T (x) in degrees celsius is givien by the following function, where x is the number of minute since the can was placed in the cooler.T(x)=-6+24e^-0.038xFind the intial temperature of the soda and its temperature after 20 mintues.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T (x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler. T (x) = − 8 + 32 e − 0.034 x Find the initial temperature of the soda and its temperature after 18 minutes. Round your answers to.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler. T(x) = -2 + 24e^(-0.05x) Find the initial temperature and temperature after 15 minutes. A can of soda is placed inside a cooler.
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A soda can is placed inside a cooler. As the soda cools, the temperature T(x) in degrees Celsius is given by the following function, where X is the number of minutes since the Cannes was placed in the cooler. T(x) = -2 +20e^-0.034x. find the initial temperature of the soda and its temperature after 15 minutes.
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A can of soda is placed inside a cooler. As the soda cools, its temperature (+) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler: T(x) = -19 + 41e^(0.051x) Find the initial temperature of the soda and its temperature after 18 minutes.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T ( x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler. T ( x) = - 1 8 + 3 4 e - 0. 0 3 4 x. Find the initial temperature of the soda and its temperature after 1 8 minutes.
SOLVED A can of soda is placed inside a cooler. As the soda cools, its
A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler: T(x) = -3 + 25e^(-0.034x) Find the temperature of the soda after 8 minutes and after 20 minutes.
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A can of soda is placed inside a cooler. As the soda cools, its temperature C() in degrees Celsius after f minutes is given by the following exponential function c(t)=23(0.93) Find the initial temperature. 20 °C Does the function represent growth or decay? O growth decay By what percent does the temperature change each minute? 6.99 %
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A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler: T(x) = -3 + 25e^(-0.034x) Find the temperature of the soda after 8 minutes and after 20 minutes. Round your answers to the nearest degree.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler: T(x) = 0.014x + 20. Find the initial temperature of the soda and its temperature after 18 minutes.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following exponential function, where x is the number of minutes since the can was p; A warm can of soda is placed in a cold refrigerator. Sketch the graph of the temperature of the soda as a function of time.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T(x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler. T(x) = -5 + 29e^(-0.03x) Find the temperature of the soda after 12 minutes and after 15 minutes. Round your answers to the nearest degree.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T() in degrees Celsius is given by the followin minutes since the can was placed in the cooler. T(x) = -3+27e-0.045x Find the initial temperature of the soda and its temperature after 20 minutes. Round your answers to the nearest degree as necessary. Initial temperature.
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A can of soda is placed inside a cooler. As the soda cools, its temperature T (x) in degrees Celsius is given by the following function, where x is the number of minutes since the can was placed in the cooler. -0.045x T(x)= −5+29e Find the initial temperature of the soda and its temperature after 18 minutes. Round your answers to the nearest.
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A can of soda is placed inside a cooler. As the soda cools, its temperature C (t) in degrees Celslus aiter t minutes is given by the following exponential function. G (t)=27 (0.89)t Find the initial temperature. "C.
