Please state if any steam table values are used 3. Consider the piston cylinder assembly shown below. It is well insulated and initiallycontains two 10,000 kg blocks at rest on the 0.05 m² piston. The initial temperature is500 K. The ambient pressure is 10 bar. 2 moles of gas A are contained in the cylinder.This gas is compressed in a process where another 10,000 kg block is added. Thefollowing data are available for gas A:a) Ideal gas heat capacity of gas A at constant pressure:Cp =20 +0.05T where cp is in [J/mol] and T is in [K].b) Gas A is can be described by the following equation of state:P =RTv-bWith constants a = 25 K and b = 3.2 × 10-5 m³/mmolm=10,000 kgDetermine the Temperature of gas A after this process. Note: This compression process isnot isentropic. What is the entropy change of the universe for this process?+Process consists of adding thirdm=10,000 kg 10,000 kg block to compress pistonaPTA = 0,05 m²Psurr=10 bar2 moles of gas Am-10,000 kgTinitial = 500 Kwellinsulated

Given data: m=10000 kgA=0.05 m2T1=500 KPamb=10 barcp=20+0.05Ta=25 k b=3.2*10-5m3/mol

3. Consider the piston cylinder assembly shown below. It is well insulated and initially contains two 10,000 kg blocks at rest on the 0.05 m² piston. The initial temperature is 500 K. The ambient pressure is 10 bar. 2 moles of gas A are contained in the cylinder. This gas is compressed in a process where another 10,000 kg block is added. The following data are available for gas A:

3. Consider the piston cylinder assembly shown below. It is well insulated and initially contains two 10,000 kg blocks at rest on the 0.05 m² piston. The initial temperature is 500 K. The ambient pressure is 10 bar. 2 moles of gas A are contained in the cylinder. This gas is compressed in a process where another 10,000 kg block is added. The following data are available for gas A:

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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