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. Round your answers to the nearest degrees as necessary. Initial temperature:_ celsius. Temperature after 20 minutes:celsius.

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Mathematics

Skyler

Yesterday, 23:55

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. Round your answers to the nearest degrees as necessary. Initial temperature:_ celsius. Temperature after 20 minutes:celsius.

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Jacoby Nicholson · Answer 1

Initial 18 degrees Celsius

After 20 minutes, 5 degrees Celsius

Step-by-step explanation:

It's initial temperature can be calculated as at the time when x = 0

When x = 0, the temperature is - 6+24 = 18 degrees Celsius

This is because the exponent part equals 1 since anything raised in to the power of zero is one.

After twenty minutes,

T (x) = - 6 + 24e^-0.038 (20)

T (x) = - 6 + 11.224 = 5.224

And that is approximately 5 degrees Celsius to the nearest degree