need asap please Question # 3 (20%) A steam of 80% quality at 300 kPa and...
Question # 3 (20%) A steam of 80% quality at 300 kPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 C. 1. Calculate the change in entropy due to the heating process. 14% 2. Determine if the process reversable, irreversible or impossible. 3% 3. Plot the TS diagram showing all the states and numbers on it. 3%
A steam of 80% quality at 300 KPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 Co. 1. Calculate the change in entropy due to the heating process. 2. Determine if the process reversable, irreversible or impossible. 3. Plot the TS diagram showing all the states and numbers on it.
A steam of 80% quality at 300 KPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 C. 1. Calculate the change in entropy due to the heating process. 2. Determine if the process reversable, irreversible or impossible. 3. Plot the TS diagram showing all the states and numbers on it.
A steam of 80% quality at 300 kPa and a mass of 3 kg is heated at constant pressure until the temperature increased 66.5 Cº. 1. Calculate the change in entropy due to the heating process. 2. Determine if the process reversable, irreversible or impossible. 3. Plot the TS diagram showing all the states and numbers on it.
A steam of 80% quality at 300 kPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 Co. 1. Calculate the change in entropy due to the heating process. 14% 2. Determine if the process reversable, irreversible or impossible. 3% 3. Plot the TS diagram showing all the states and numbers on it. 3%
3.) A steam of 80% quality at 300 kPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 Co. Calculate the change in entropy due to the heating process. 2. Determine if the process reversable, irreversible or impossible. 3. Plot the TS diagram showing all the states and numbers on it. 4.) A 0.5 kg of saturated water vapor at 300°C is heated in a piston-cylinder device. Now the steam expanded reversibly and...
3.) A steam of 80% quality at 300 kPa and a mass of 3 Kg is heated at constant pressure until the temperature increased 66.5 Calculate the change in entropy due to the heating process. 2. Determine if the process reversable, irreversible or impossible. 3. Plot the TS diagram showing all the states and numbers on it. 4) A 0.5 kg of saturated water vapor at 300°C is heated in a piston-cylinder device. Now the steam expanded reversibly and isothermally...
asap please Question # 4 (20%) A 0.5 kg of saturated water vapor at 300°C is heated in a piston-cylinder device. Now the steam expanded reversibly and isothermally to a final pressure of 600 kPa. 1. Determine the heat transferred during this process. 10% 2. Determine the work done during the process.6% 3. Plot the PV diagram showing all the states and numbers on it. 4%
In a small power plant, a steam at a rate of 2 kg/s and 4000 kPa enters a two stages steady-flow steam turbine. During the first stage, the steam expands in the turbine while doing work until the turbine exit pressure is 500 kPa. At that point, 10% of the steam is removed from the turbine for other uses. During the second stage, the remaining portion of steam, the 90% of the steam, continues to expand until it exits the...
In a small power plant, a steam at a rate of 2 kg/s and 4000 kPa enters a two stages steady-flow steam turbine. During the first stage, the steam expands in the turbine while doing work until the turbine exit pressure is 500 kPa. At that point, 10% of the steam is removed from the turbine for other uses. During the second stage, the remaining portion of steam, the 90% of the steam, continues to expand until it exits the...