Newton's law of cooling and warming states that the temperature T(t) of an object at time & follows the equation d'T K(T.-T) dt where T, is the surrounding temperature and K is a constant. (i) Derive the general solution to this equation. (ii) A cold beer initially at 35°F warms up to 42° F in 5 min while sitting in a room at temperature 75° F. How warm will the beer be if left out for 20 min? =
Newton's law of cooling and warming states that the temperature T(t) of an object at time & follows the equation d'T K(T.-T) dt where T, is the surrounding temperature and K is a constant. (i) Derive the general solution to this equation. (ii) A cold beer initially at 35°F warms up to 42° F in 5 min while sitting in a room at temperature 75° F. How warm will the beer be if left out for 20 min? =
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Newton's law of cooling and warming states that the temperature T(t) of an object at
time & follows the equation
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d'T
K(T-T)
dt
where T, is the surrounding temperature and K is a constant.
(i) Derive the general solution to this equation.
(ii) A cold beer initially at 35°F warms up to 42° F in 5 min while sitting in a room at temperature
75° F. How warm will the beer be if left out for 20 min?
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