17-3 In the absorption cycle shown in Fig. 17-9 the solution temperature leaving the heat exchanger and entering the generator is 48°C. All other temperatures and the flow rate are as shown in Fig. 17-9. What are the rates of heat transfer at the generator and the temperature at point 4? Ans. t4 = 70°C 2 52°C LiBr solution O Generator 100°C 3 Heat exchanger 4 Absorber 30°C 7 5 98 Water_vapor 9c Water vapor de w = 0.6 kg/s Figure 17-9 Absorption system with heat exchanger. Condenser 40°C 6 Evaporator 10°C
17-3 In the absorption cycle shown in Fig. 17-9 the solution temperature leaving the heat exchanger and entering the generator is 48°C. All other temperatures and the flow rate are as shown in Fig. 17-9. What are the rates of heat transfer at the generator and the temperature at point 4? Ans. t4 = 70°C 2 52°C LiBr solution O Generator 100°C 3 Heat exchanger 4 Absorber 30°C 7 5 98 Water_vapor 9c Water vapor de w = 0.6 kg/s Figure 17-9 Absorption system with heat exchanger. Condenser 40°C 6 Evaporator 10°C
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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Absorption Refrigeration

Transcribed Image Text:17-3 In the absorption cycle shown in Fig. 17-9 the solution temperature leaving the
heat exchanger and entering the generator is 48°C. All other temperatures and the
flow rate are as shown in Fig. 17-9. What are the rates of heat transfer at the generator
and the temperature at point 4? Ans. t4 = 70°C
2
52°C
LiBr solution
O
Generator
100°C
3
Heat
exchanger
4
Absorber
30°C
7
5
98
Water_vapor
9c
Water vapor
de
w = 0.6 kg/s
Figure 17-9 Absorption system with heat exchanger.
Condenser
40°C
6
Evaporator
10°C
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