Show the COMPLETE SOLUTIONS including the derivation of formula and interpolations/extrapolations:NO Calculator Technique and Applications. 1....

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Show the COMPLETE SOLUTIONS including the derivation of formula and interpolations/extrapolations:NO Calculator Technique and Applications. 1. A rigid vessel contains 2 kg of steam at 6.39 MPa and 325 C. Determine its enthalpy in kJ using steam tables only. kg 2. Steam at a pressure of 2.5 MPa is known to have a specific volume of 39.7x10-3 m What is it specific enthalpy? 3. Your steam has a Data of 5.25 MPa and 395 C. Find v, u, h and s. 4. Your steam has a data of 4300 KPag and 362 C, Find v, u, h and s. Show the COMPLETE SOLUTIONS including the derivation of formula and interpolations/extrapolations: NO Calculator Technique and Applications. 1. A 60 litter rigid tank with adiabatic walls is divided into equal parts A and B by a partition. On one side is steam at 0.69 MPa, 173 C; on the other side is steam at 4.1 MPa, 372C. The partition is removed and thorough mixing occurs. Determine the equilibrium state (p,t) neglecting the thickness of the partition. 2. Steam at a temperature of 210 C has specific entropy of 7.1167 kJ/kg-K. Determine the pressure, internal energy, enthalpy and volume. 3. A tank contains exactly 1 kg of water consisting of liquid and vapour in equilibrium at 1.5 MPa. If the liquid occupy one-fourth the volume of the tank and vapour occupy 3/4 the volume of the tank, what is the enthalpy of the contents of the tank? Show the COMPLETE SOLUTIONS including the derivation of formula interpolations/extrapolations: NO Calculator Technique and Applications. and 1. Five kilo of water vapour are contained at 178 kPa and 85 percent quality is a suitable enclosure. Calculate the heat which must be added in order to just produce a saturated vapour. What will the pressure be at the end of the heating process? 2. Water vapour at 100 kPa and 150 C is contained in a rigid vessel. At what temperature will the vapour stat to condense when the container is cooled slowly? How much heat will have to be removed per kilogram in this cooling process? 3. Water vapour at 135 kPa and 183 C is compressed isothermally until half the vapour has condensed. How much work must be performed on the steam in this compression process per kilogram? Show the COMPLETE SOLUTIONS including the derivation of formula and interpolations/extrapolations:NO Calculator Technique and Applications. 1. A rigid vessel contains 2 kg of steam at 6.39 MPa and 325 C. Determine its enthalpy in kJ using steam tables only. kg 2. Steam at a pressure of 2.5 MPa is known to have a specific volume of 39.7x10-3 m What is it specific enthalpy? 3. Your steam has a Data of 5.25 MPa and 395 C. Find v, u, h and s. 4. Your steam has a data of 4300 KPag and 362 C, Find v, u, h and s. Show the COMPLETE SOLUTIONS including the derivation of formula and interpolations/extrapolations: NO Calculator Technique and Applications. 1. A 60 litter rigid tank with adiabatic walls is divided into equal parts A and B by a partition. On one side is steam at 0.69 MPa, 173 C; on the other side is steam at 4.1 MPa, 372C. The partition is removed and thorough mixing occurs. Determine the equilibrium state (p,t) neglecting the thickness of the partition. 2. Steam at a temperature of 210 C has specific entropy of 7.1167 kJ/kg-K. Determine the pressure, internal energy, enthalpy and volume. 3. A tank contains exactly 1 kg of water consisting of liquid and vapour in equilibrium at 1.5 MPa. If the liquid occupy one-fourth the volume of the tank and vapour occupy 3/4 the volume of the tank, what is the enthalpy of the contents of the tank? Show the COMPLETE SOLUTIONS including the derivation of formula interpolations/extrapolations: NO Calculator Technique and Applications. and 1. Five kilo of water vapour are contained at 178 kPa and 85 percent quality is a suitable enclosure. Calculate the heat which must be added in order to just produce a saturated vapour. What will the pressure be at the end of the heating process? 2. Water vapour at 100 kPa and 150 C is contained in a rigid vessel. At what temperature will the vapour stat to condense when the container is cooled slowly? How much heat will have to be removed per kilogram in this cooling process? 3. Water vapour at 135 kPa and 183 C is compressed isothermally until half the vapour has condensed. How much work must be performed on the steam in this compression process per kilogram?