5.17 In the liquid heating tank shown in the figure below, density = 0.8g/cm^3, V=500cm^3, Cp=0.5cal/(g C), the total heat transfer area of the heating coil is 20cm^2, and the total heat transfer coefficient is 10cal/ (cm^2 hr C). Inside the coil, hot oil flows with a temperature of Tq. Find the temperature T(t) of the fluid when the temperature of the oil changes as shown in the figure at any moment, ignoring
5.17 In the liquid heating tank shown in the figure below, density = 0.8g/cm^3, V=500cm^3, Cp=0.5cal/(g C), the total heat transfer area of the heating coil is 20cm^2, and the total heat transfer coefficient is 10cal/ (cm^2 hr C). Inside the coil, hot oil flows with a temperature of Tq. Find the temperature T(t) of the fluid when the temperature of the oil changes as shown in the figure at any moment, ignoring
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
5.17
In the liquid heating tank shown in the figure below, density = 0.8g/cm^3, V=500cm^3, Cp=0.5cal/(g C), the total heat transfer area of the heating coil is 20cm^2, and the total heat transfer coefficient is 10cal/ (cm^2 hr C). Inside the coil, hot oil flows with a temperature of Tq. Find the temperature T(t) of the fluid when the temperature of the oil changes as shown in the figure at any moment, ignoring the temperature difference between the surface of the heating coil and the oil.
Transcribed Image Text:T,(C)↑ 가 두었다 시
T,(C°) ↑
가 두있다가 다시 은
5 cim, h,
100
80
V,p,T, Cp
of 0000000
60
R 191
N 100
t(h)
(가)
(나)
|그림 P5.17
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