Pls answer with complete solution. 8EVAP-1EVAP-1CONDENSERCOMPRESSOR5PRESSURE, MPa10020108150R-134a(1.1.1.2-urethane)2000 kg 100 kg-K)2Reference state3.0 pen pagesD09-0.20.020.01100150Properties computed with: NIST REFPROPversion 7.0-50 1450-30 1400-40°C-100.700.80:pentry peptunes1350-060200-0017200130060250_os_1,04-40-$08-001.10--1.208-1.30-11150-1200881.40-300-0.6TO1.50-110007105081.60-35010000.8.1.70-6028 8006FaceSaturnier4001020OC45040-50-250300350400ENTHALPY, kJ/kgFig. 8 Pressure-Enthalpy Diagram for Refrigerant 134a0910:45070:0906220500500 kg/m²400100110:1200065508=2.30 k15030 karka-k1008060.130-140150T-160°C-170-180A820efficiency of the system.Problem:50°C. Determine the COP and the refrigeratingat a temperature of -30°C, and the other evaporator at 10 tons operated at -20°C. The condensing temperature isA refrigeration system employs one compressor-two evaporator system. One evaporator has a capacity of 7.5 tons35887-8-0.040.020.01500550600Based on formulation of Tiner-Roth and Bar (1994)1.08--8-OO6000,40420.2

In this cascade refrigeration system there are two evaporator used to fulfill our requirement of…

Problem: A refrigeration system employs one compressor-two evaporator system. One evaporator has a capacity of 7.5 tons at a temperature of -30°C, and the other evaporator at 10 tons operated at -20°C. The condensing temperature is 50°C. Determine the COP and the refrigerating efficiency of the system. od d 82 999 999 600 550 500 450 00 350 300 250 200 20 100 500 kg 900 1000 1050 1100 1150- 150 R-134a 1200 oggi 1300 20 10 by So opte pe 002 100 0€ 004 FOSEL -10: -20 -30 1400- -40°C 1450 N 09 18 8 ܘ ܚ ܐ ܙ X 0.2 8 180 170 T-160°C 150 140 130 120 110 100 90 80 70: PRESSURE, MPa 00 CONDENSER EVAP-1 EVAP-1 09 40- OC 20 10 -40 04- 0.02 0.01 600 550 Based on formulation of Ther-Ram and (1994) 500 -2.30 King-K 10 1.70- 1.60 1.50 OP 1.40- 8-1.30- 20- 1.10- 1.00- -0.90- 0.80 450 7.0 150 Properties computed with NIST REFPROP 100 0.01 0.2 0.02 400 350 ENTHALPY, kJ/kg Fig. 8 Pressure-Enthalpy Diagram for Refrigerant 134a 300 250 200 COMPRESSOR

Problem: A refrigeration system employs one compressor-two evaporator system. One evaporator has a capacity of 7.5 tons at a temperature of -30°C, and the other evaporator at 10 tons operated at -20°C. The condensing temperature is 50°C. Determine the COP and the refrigerating efficiency of the system. od d 82 999 999 600 550 500 450 00 350 300 250 200 20 100 500 kg 900 1000 1050 1100 1150- 150 R-134a 1200 oggi 1300 20 10 by So opte pe 002 100 0€ 004 FOSEL -10: -20 -30 1400- -40°C 1450 N 09 18 8 ܘ ܚ ܐ ܙ X 0.2 8 180 170 T-160°C 150 140 130 120 110 100 90 80 70: PRESSURE, MPa 00 CONDENSER EVAP-1 EVAP-1 09 40- OC 20 10 -40 04- 0.02 0.01 600 550 Based on formulation of Ther-Ram and (1994) 500 -2.30 King-K 10 1.70- 1.60 1.50 OP 1.40- 8-1.30- 20- 1.10- 1.00- -0.90- 0.80 450 7.0 150 Properties computed with NIST REFPROP 100 0.01 0.2 0.02 400 350 ENTHALPY, kJ/kg Fig. 8 Pressure-Enthalpy Diagram for Refrigerant 134a 300 250 200 COMPRESSOR

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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