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Problem 3. An object is placed into a room with ambient temperature given by Tm(t) = 32 + sin(2rt). Assuming that the cooling constant is k = 3, use Newton's Law of Cooling to find (a) the temperature T(t) of the object at time t. (b) the limit lim-→0 T(t)

Problem 3. An object is placed into a room with ambient temperature given by Tm(t) = 32 + sin(2rt). Assuming that the cooling constant is k = 3, use Newton's Law of Cooling to find (a) the temperature T(t) of the object at time t. (b) the limit lim-→0 T(t)

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Problem 3. An object is placed into a room with ambient temperature given by Tm(t) = 32 + sin(2rt). Assuming that the cooling constant is k = 3, use Newton's Law of Cooling to find (a) the temperature T(t) of the object at time t. (b) the limit lim-→0 T(t)
Transcribed Image Text:Problem 3. An object is placed into a room with ambient temperature given by Tm(t) = 32 + sin(2rt). Assuming that the cooling constant is k = 3, use Newton's Law of Cooling to find (a) the temperature T(t) of the object at time t. (b) the limit lim-→0 T(t)
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