A cup of coffee cools according to Newton's law of cooling (3) in Section 1.3. dT dT -«T-TM or k(T-TM) dt (3) dt Use dat

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A cup of coffee cools according to Newton's law of cooling (3) in Section 1.3. dT dT -«T-TM or k(T-TM) dt (3) dt Use dat

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A Cup Of Coffee Cools According To Newton S Law Of Cooling 3 In Section 1 3 Dt Dt T Tm Or K T Tm Dt 3 Dt Use Dat 1
A Cup Of Coffee Cools According To Newton S Law Of Cooling 3 In Section 1 3 Dt Dt T Tm Or K T Tm Dt 3 Dt Use Dat 1 (20.18 KiB) Viewed 82 times
A cup of coffee cools according to Newton's law of cooling (3) in Section 1.3. dT dT -«T-TM or k(T-TM) dt (3) dt Use data from the graph of the temperature (t) in the figure to estimate the constants Tmi To, and k in a model of the form of a first-order initial-value problem: dT/dt = k(T - Tm), TO) = To. т 200 150 100+ 50+ 0 25 + 100 50 75 minutes Im = 75 To = = 25 k = -0.07 x Need Help? Read It
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