Problem 1. An egg was put in a pot filled with hot water, in order to warm it. Suppose that at the initial moment the egg temperature was T, , and the water temperature in the pot was 0, ; suppose also that the ambient air has the temperature Tm. Assume that the heat capacity of the pot is much larger than that of the egg, so that we can neglect the influence of the egg on the water temperature in the pot. Then the temperatures and of the egg and of the water in the pot are described by the equations: k(T – 0), dt = km (0 – Tm) , where k, km < 0. dt (a) Find the egg temperature T(t) and the pot temperature 0 (t) for distinct constants k and km. (b) The same, for k = km: (c) Find lim T(t) and lim 0(t) in both cases above.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Hello! Here is my question :) Can you do a, b and c? Thanks a lot!!!

Problem 1. An egg was put in a pot filled with hot water, in order to warm it. Suppose that at the initial
moment the egg temperature was T, , and the water temperature in the pot was 6, ; suppose also that the
ambient air has the temperature Tm. Assume that the heat capacity of the pot is much larger than that of the
egg, so that we can neglect the influence of the egg on the water temperature in the pot. Then the
temperatures and of the egg and of the water in the pot are described by the equations:
" = k(T – 0),
= Km (0 – Tm) , where k, km < 0.
dt
(a) Find the egg temperature T(t) and the pot temperature 0 (t) for distinct constants k and km.
(b) The same, for k = km:
(c) Find lim T(t) and lim 0(t) in both cases above.
Transcribed Image Text:Problem 1. An egg was put in a pot filled with hot water, in order to warm it. Suppose that at the initial moment the egg temperature was T, , and the water temperature in the pot was 6, ; suppose also that the ambient air has the temperature Tm. Assume that the heat capacity of the pot is much larger than that of the egg, so that we can neglect the influence of the egg on the water temperature in the pot. Then the temperatures and of the egg and of the water in the pot are described by the equations: " = k(T – 0), = Km (0 – Tm) , where k, km < 0. dt (a) Find the egg temperature T(t) and the pot temperature 0 (t) for distinct constants k and km. (b) The same, for k = km: (c) Find lim T(t) and lim 0(t) in both cases above.
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