A container having a volume of 0.5m is initially filled with saturated water at 250C. Water...

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A container having a volume of 0.5m³ is initially filled with saturated water at 250°C. Water is withdrawn from the container through a pipe such that the final mass in the container is half of the initial mass. Throughout this process, temperature of water is maintained constant by transferring heat to water. Specific volume and internal energy of saturated water at 250°C are 0.001251 m³/kg and 1080 kJ/kg respectively. The internal energy of water at the end of the process is 1119 kJ/kg. The enthalpy of saturated liquid at 250° is 1085 kJ/kg. The heat transfer in kJ is 3 (a) 5875 (c) 10680 (b) 8780 (d) 12395 A container having a volume of 0.5m³ is initially filled with saturated water at 250°C. Water is withdrawn from the container through a pipe such that the final mass in the container is half of the initial mass. Throughout this process, temperature of water is maintained constant by transferring heat to water. Specific volume and internal energy of saturated water at 250°C are 0.001251 m³/kg and 1080 kJ/kg respectively. The internal energy of water at the end of the process is 1119 kJ/kg. The enthalpy of saturated liquid at 250° is 1085 kJ/kg. The heat transfer in kJ is 3 (a) 5875 (c) 10680 (b) 8780 (d) 12395

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