The Lithium Bromide water absorption cycle shown in the figure operates at the following temperatures: Generator, 5°C; Condenser, 35°C; Evaporators, 5°C; and Absorber, 30°C. The flow rate of solution delivered by the pump is 0.4 kg/sec. Determine the following: What is the amount of heat, in kilowatts, rejected at the absorber? a. 71.8 b. 287.4 c. 205.3 d. 146.4 e. 104.5 What is the Absorber System Coefficient of Performance, in percentile? a. 146.4 b. 71.8 c. 205.3 d. 104.5 e. 287.4 What is the mass flow rate, in kg/sec, of the fluid at line 5? a. 0.129 b. 0.252 c. 0.180 d. 0.353 e. 0.092
The Lithium Bromide water absorption cycle shown in the figure operates at the following temperatures: Generator, 5°C; Condenser, 35°C; Evaporators, 5°C; and Absorber, 30°C. The flow rate of solution delivered by the pump is 0.4 kg/sec. Determine the following: What is the amount of heat, in kilowatts, rejected at the absorber? a. 71.8 b. 287.4 c. 205.3 d. 146.4 e. 104.5 What is the Absorber System Coefficient of Performance, in percentile? a. 146.4 b. 71.8 c. 205.3 d. 104.5 e. 287.4 What is the mass flow rate, in kg/sec, of the fluid at line 5? a. 0.129 b. 0.252 c. 0.180 d. 0.353 e. 0.092
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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The Lithium Bromide water absorption cycle shown in the figure operates at the following temperatures: Generator, 5°C; Condenser, 35°C; Evaporators, 5°C; and Absorber, 30°C. The flow rate of solution delivered by the pump is 0.4 kg/sec. Determine the following:
What is the amount of heat, in kilowatts, rejected at the absorber?
a. 71.8
b. 287.4
c. 205.3
d. 146.4
e. 104.5
What is the Absorber System Coefficient of Performance, in percentile?
a. 146.4
b. 71.8
c. 205.3
d. 104.5
e. 287.4
What is the mass flow rate, in kg/sec, of the fluid at line 5?
a. 0.129
b. 0.252
c. 0.180
d. 0.353
e. 0.092
Transcribed Image Text:Lithium Bromide Absorption System
2
GENERATOR
CONDENSER
High Pressure
Vapor
3
4 Refrigerant
Solution
1
5
ABSORBER
EVAPORATOR
Low Pressure
Vapor
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