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STEP 2 Your first customer asked for an air piston-cylinder to use it in air compressors for generating high pressure. Your role in your company is to analyze, describe the operation of the system and their properties, explain and demonstrate the application of the first law of themodynamics to this system, as well as, illustrate the importance of expressions for work done in the system through the application of the first law. Describe the operation of the themodynamic system in Figure 1 and its properties, by constructing a P-V and T-V plots showing the process, the path, and the states then show the work under the curve on the P-V plot. STEP 3 Explain the application of the first law of thermodynamics to the system and explain the system parameters in terms of energy forms changes using the non-flow energy equation (NFEE) for the system and how they affect other parameters such as the final air temperature, by stating the appropriate assumptions and writing the general formula and then deducing a final short form of first law for the system under study. Air STEP 4 If the shaft rotates 200 revolution and the added heat is 500 kJ. Find the expressions for work done by the shaft and calculate the value of applied torque on the shaft. Figure 1: Schematic for the air piston-cylinder. STEP 5 The required piston-cylinder device is frictionless and initially contains 3 kg of air at 150 kPa in 0.2 m³. The air is now heated by using a fire. Also, a mechanical shaft is rotating. Then the piston starts touching the spring when the If the spring is removed after the final state (600 kPa and 0.6 m³), and the air is compressed in a polytropic process until the volume is reduced by one-half and the pressure is tripled, determine the index of compression, n. system's volume is doubled. The final state of the system is 0.6 m³ and 600 kPa. A (Ctrl) -

STEP 2 Your first customer asked for an air piston-cylinder to use it in air compressors for generating high pressure. Your role in your company is to analyze, describe the operation of the system and their properties, explain and demonstrate the application of the first law of themodynamics to this system, as well as, illustrate the importance of expressions for work done in the system through the application of the first law. Describe the operation of the themodynamic system in Figure 1 and its properties, by constructing a P-V and T-V plots showing the process, the path, and the states then show the work under the curve on the P-V plot. STEP 3 Explain the application of the first law of thermodynamics to the system and explain the system parameters in terms of energy forms changes using the non-flow energy equation (NFEE) for the system and how they affect other parameters such as the final air temperature, by stating the appropriate assumptions and writing the general formula and then deducing a final short form of first law for the system under study. Air STEP 4 If the shaft rotates 200 revolution and the added heat is 500 kJ. Find the expressions for work done by the shaft and calculate the value of applied torque on the shaft. Figure 1: Schematic for the air piston-cylinder. STEP 5 The required piston-cylinder device is frictionless and initially contains 3 kg of air at 150 kPa in 0.2 m³. The air is now heated by using a fire. Also, a mechanical shaft is rotating. Then the piston starts touching the spring when the If the spring is removed after the final state (600 kPa and 0.6 m³), and the air is compressed in a polytropic process until the volume is reduced by one-half and the pressure is tripled, determine the index of compression, n. system's volume is doubled. The final state of the system is 0.6 m³ and 600 kPa. A (Ctrl) -

Elements Of Electromagnetics
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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STEP 2 Your first customer asked for an air piston-cylinder to use it in air compressors for generating high pressure. Your role in your company is to analyze, describe the operation of the system and their properties, explain and demonstrate the application of the first law of themodynamics to this system, as well as, illustrate the importance of expressions for work done in the system through the application of the first law. Describe the operation of the themodynamic system in Figure 1 and its properties, by constructing a P-V and T-V plots showing the process, the path, and the states then show the work under the curve on the P-V plot. STEP 3 Explain the application of the first law of thermodynamics to the system and explain the system parameters in terms of energy forms changes using the non-flow energy equation (NFEE) for the system and how they affect other parameters such as the final air temperature, by stating the appropriate assumptions and writing the general formula and then deducing a final short form of first law for the system under study. Air STEP 4 If the shaft rotates 200 revolution and the added heat is 500 kJ. Find the expressions for work done by the shaft and calculate the value of applied torque on the shaft. Figure 1: Schematic for the air piston-cylinder. STEP 5 The required piston-cylinder device is frictionless and initially contains 3 kg of air at 150 kPa in 0.2 m³. The air is now heated by using a fire. Also, a mechanical shaft is rotating. Then the piston starts touching the spring when the If the spring is removed after the final state (600 kPa and 0.6 m³), and the air is compressed in a polytropic process until the volume is reduced by one-half and the pressure is tripled, determine the index of compression, n. system's volume is doubled. The final state of the system is 0.6 m³ and 600 kPa. A (Ctrl) -
Transcribed Image Text:STEP 2 Your first customer asked for an air piston-cylinder to use it in air compressors for generating high pressure. Your role in your company is to analyze, describe the operation of the system and their properties, explain and demonstrate the application of the first law of themodynamics to this system, as well as, illustrate the importance of expressions for work done in the system through the application of the first law. Describe the operation of the themodynamic system in Figure 1 and its properties, by constructing a P-V and T-V plots showing the process, the path, and the states then show the work under the curve on the P-V plot. STEP 3 Explain the application of the first law of thermodynamics to the system and explain the system parameters in terms of energy forms changes using the non-flow energy equation (NFEE) for the system and how they affect other parameters such as the final air temperature, by stating the appropriate assumptions and writing the general formula and then deducing a final short form of first law for the system under study. Air STEP 4 If the shaft rotates 200 revolution and the added heat is 500 kJ. Find the expressions for work done by the shaft and calculate the value of applied torque on the shaft. Figure 1: Schematic for the air piston-cylinder. STEP 5 The required piston-cylinder device is frictionless and initially contains 3 kg of air at 150 kPa in 0.2 m³. The air is now heated by using a fire. Also, a mechanical shaft is rotating. Then the piston starts touching the spring when the If the spring is removed after the final state (600 kPa and 0.6 m³), and the air is compressed in a polytropic process until the volume is reduced by one-half and the pressure is tripled, determine the index of compression, n. system's volume is doubled. The final state of the system is 0.6 m³ and 600 kPa. A (Ctrl) -
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