Question

1) First, the script prompts user to input the volume of the rigid container in cubic meters 2) Second, the script prompts user to input the total mass of the water (in any phase) in the tank 3) Third, the script prompts user to input the initial temperature 4) Fourth, the script prompts user to input the initial mixture quality Thereafter, the script computes the state at which all of the water is transformed to saturated vapor, and the energy transferred to the system by way of heat transfer. Finally, the script outputs the following: 5) Either of the three messages, “the combination of properties and mixture quality will not result in a saturated vapor state”, OR “the mixture is already in saturated vapor/superheated state” OR “the mixture will reach the saturated vapor state with properties below” followed by: 6) The final temperature of the saturated vapor is XXX.XX Celsius 7) The final pressure of the saturated vapor is XXXXX.XXXX kPa 8) The energy addition required by heat transfer is XXXXXX.XX kJ

I'm looking for an interpretation of the Thermodynamics problem not code, but this is the prompt given.

Answer 1

ekaton 8300 Peta Cot - S8 t- esinAADL thin, ESAL CAADTS