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3. with an initial volume of 0.3m3. The its volume is 0.1m2. Determine the change in...
Problem 3: A 9-m container is filled with 300 kg of R-134a at 10°C. What is...
Problem 3: A 9-m container is filled with 300 kg of R-134a at 10°C. What is the specific enthalpy of the R-134a in the container? Problem 4: a piston-cylinder device contains 0.6 kg of steam at 200 Cand 0.5 MPa. Steam is cooled at constant pressure until one-half of the mass condenses. Show the process on a T-v diagram b) a) Find the final temperature c) Determine the volume change Problem 5:10 kg of R-134a at 320 kPa fills a...
ih newcon Assignment 4 (Chapter 3 Property Tables) MHE Reador (Chapter 3 Property Tables) Help 100...
ih newcon Assignment 4 (Chapter 3 Property Tables) MHE Reador (Chapter 3 Property Tables) Help 100 kg of R-134a at 200 kPa are contained in a piston-cylinder device whose volume is 12.766 m3. The piston is now moved until the volume is one-half its original size. This is done such that the pressure of the R-134a does not change. Determine the final temperature and the change in the total internal energy of R-134a. Use data from the steam tables The...
Example # 01 4-43 100-kg of R-134a at 200 kPa are contained in a ps ton-cylinder...
Example # 01 4-43 100-kg of R-134a at 200 kPa are contained in a ps ton-cylinder device whose volume is 12.322m.The piston is now moved until the volume is one-half its ornginal size. This is done such that the pressure of the R-134a does not change Determine the final temperature and the change in the total internal energy of the R-134a
50 kg of R-134a at s80 kPa is contained in a piston-cylinder device where V =...
50 kg of R-134a at s80 kPa is contained in a piston-cylinder device where V = 0.4 m^3. The system is cooled at constant pressure until the internal energy is half the initial. Determine: 1) Final Temperature (Tfinal) 2) Final Quality (Xfinal) 3) Final Volume (Vfinal)
QUESTION 3 A 0.25m of saturated liquid refrigerant-134a at 80°C is contained in frictionless insulated piston-cylinder...
QUESTION 3 A 0.25m of saturated liquid refrigerant-134a at 80°C is contained in frictionless insulated piston-cylinder device as shown in Figure Q2(b). A paddle-wheel is placed inside the cylinder chamber to stir the refrigerant-134a and the paddle wheel transfer a total work of 245 kJ to the fluid. Moreover, a 440 V and 9 amp of resistor is also placed inside the cylinder chamber to heat the refrigerant-134a. With the aid of a P-V diagram, determine the time taken for...
Problem 3 Ten kilograms of refrigerant-134a fill a weighted piston-cylinder container with the volume of 1.595...
Problem 3 Ten kilograms of refrigerant-134a fill a weighted piston-cylinder container with the volume of 1.595 mat a temperature of -26 C. The container is now heated until the temperature is 90 'C. Determine the final volume of the refrigerant-134a. R-134a -26°C 10 kg 1.595 m3
1-A piston-cylinder device with a set of stops contains 10 kg of refrigerant-134a. Initially, 8 kg...
1-A piston-cylinder device with a set of stops contains 10 kg of refrigerant-134a. Initially, 8 kg of the refrigerant is in the liquid form, and the temperature is 8°C. Now heat is transferred slowly to the refrigerant until the piston hits the stops, at which point the volume is 400 L. Determine (a) The temperature when the piston first hits the stops and (b) The work done during this expansion process. Also, show the process on a P-V diagram.
9.4 kg of R-134a fill a O.7-m weighted piston-cylinder device at a pressure of 200 kPa. The container is now heated...
9.4 kg of R-134a fill a O.7-m weighted piston-cylinder device at a pressure of 200 kPa. The container is now heated until the temperature is 30°C. Determine the initial temperature and final volume of R-134a. Use data from the steam tables. The initial temperature is [ °C. ]m3 The final volume is
9.4 kg of R-134a fill a O.7-m weighted piston-cylinder device at a pressure of 200 kPa. The container is now heated until the temperature is 30°C. Determine the...
3. D. Since the pressure of the system finally increases beyond the initial saturation pressure, ...
3. D. Since the pressure of the system finally increases beyond
the initial saturation pressure,
the tank is rigid and the mass of the refrigerant does not change,
what does this imply for the
refrigerant?
A) Finally, the refrigerant is in the saturated vapor
state.
B) Finally, the refrigerant is in the compressed liquid
state.
C) Finally, the refrigerant is in the superheated vapor
state.
D) Finally, the refrigerant maintains the same specific volume but
at a higher pressure.
3....
0.4 kg of Refrigerant 134a initially fills a piston–cylinder device with a volume of 15 L...
0.4 kg of Refrigerant 134a initially fills a piston–cylinder device with a volume of 15 L at a pressure of 400 kPa. The cylinder is connected to a supply line through a valve. R-134a is flowing in the supply line at 900 kPa and 45°C. The valve is opened, and R-134a is allowed to enter the cylinder. The valve is closed when the volume of the cylinder is triple and the temperature in the cylinder reaches 15°C. During the process,...
Problem 3: A 9-m container is filled with 300 kg of R-134a at 10°C. What is the specific enthalpy of the R-134a in the container? Problem 4: a piston-cylinder device contains 0.6 kg of steam at 200 Cand 0.5 MPa. Steam is cooled at constant pressure until one-half of the mass condenses. Show the process on a T-v diagram b) a) Find the final temperature c) Determine the volume change Problem 5:10 kg of R-134a at 320 kPa fills a...
ih newcon Assignment 4 (Chapter 3 Property Tables) MHE Reador (Chapter 3 Property Tables) Help 100 kg of R-134a at 200 kPa are contained in a piston-cylinder device whose volume is 12.766 m3. The piston is now moved until the volume is one-half its original size. This is done such that the pressure of the R-134a does not change. Determine the final temperature and the change in the total internal energy of R-134a. Use data from the steam tables The...
Example # 01 4-43 100-kg of R-134a at 200 kPa are contained in a ps ton-cylinder device whose volume is 12.322m.The piston is now moved until the volume is one-half its ornginal size. This is done such that the pressure of the R-134a does not change Determine the final temperature and the change in the total internal energy of the R-134a
QUESTION 3 A 0.25m of saturated liquid refrigerant-134a at 80°C is contained in frictionless insulated piston-cylinder device as shown in Figure Q2(b). A paddle-wheel is placed inside the cylinder chamber to stir the refrigerant-134a and the paddle wheel transfer a total work of 245 kJ to the fluid. Moreover, a 440 V and 9 amp of resistor is also placed inside the cylinder chamber to heat the refrigerant-134a. With the aid of a P-V diagram, determine the time taken for...
Problem 3 Ten kilograms of refrigerant-134a fill a weighted piston-cylinder container with the volume of 1.595 mat a temperature of -26 C. The container is now heated until the temperature is 90 'C. Determine the final volume of the refrigerant-134a. R-134a -26°C 10 kg 1.595 m3
1-A piston-cylinder device with a set of stops contains 10 kg of refrigerant-134a. Initially, 8 kg of the refrigerant is in the liquid form, and the temperature is 8°C. Now heat is transferred slowly to the refrigerant until the piston hits the stops, at which point the volume is 400 L. Determine (a) The temperature when the piston first hits the stops and (b) The work done during this expansion process. Also, show the process on a P-V diagram.
9.4 kg of R-134a fill a O.7-m weighted piston-cylinder device at a pressure of 200 kPa. The container is now heated until the temperature is 30°C. Determine the initial temperature and final volume of R-134a. Use data from the steam tables. The initial temperature is [ °C. ]m3 The final volume is
9.4 kg of R-134a fill a O.7-m weighted piston-cylinder device at a pressure of 200 kPa. The container is now heated until the temperature is 30°C. Determine the...
3. D. Since the pressure of the system finally increases beyond
the initial saturation pressure,
the tank is rigid and the mass of the refrigerant does not change,
what does this imply for the
refrigerant?
A) Finally, the refrigerant is in the saturated vapor
state.
B) Finally, the refrigerant is in the compressed liquid
state.
C) Finally, the refrigerant is in the superheated vapor
state.
D) Finally, the refrigerant maintains the same specific volume but
at a higher pressure.
3....
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