10:19 Wed 9 Aug5 of 32[bar]0.006112 0.01 206.10.01000150.0200.0250.0300.0350.0400.0450.0500.120140.160180.200220240.260.280.300.360.380.420.440.46[°C] [m³/kg]0.5575.987.0867.0154.2645.67[kJ/kg]qmplus.qmul.ac.ukOf 2375h₂her[kJ/kg]Saturated Water and Steam2429ha2501 250124852470 25255460 25222451 253925452550255425582561256710³[kJ/kg] [kJ/kg] [bar] [m²] * [m³/kg] * [kg] *10³[Nm] * [kJ/kg][bar] [m³/kg] × 10² = 0.006112 × 0.0010002 × 10² = 0.0006112SqOf9.1558 8680.196 26210.261 8.4670.312 8.330Sf[kJ/kg K]93220.534 0.444 8.5700.422 80518.4720.451 7.980 8.4310.476 7.9188.3940 500 78600.5007.6000.541 7.7600.559 7.7150.576 76740.6080.622 7.5640.636 75310.649 7.50009044004721371407075691368666.8239.1558.9749 9278 7238.64267096.6756.6436.5008. 30182748.2500.2218. 1678.1491.252 61631.270 6.1241.2879.021798579110546.5821.067 6.55476211.079 6.528 76071.091 6.5021119 6442 756111456.386 75311 1696.335 7.5041.192 6.286 74781.213 6.2437.45697% Question 1This question requires the use of the Thermodynamic Property Tables supplied asadditional material.A saturated mixture of 2 kg of liquid water and 0.7 kg of steam is heated at a constantpressure of 40 bar until its temperature reaches 300 °C.(a) Evaluate the temperature and the dryness fraction at the start of the process.(b) Given that the heat transfer to a system during a constant pressure process is equal tothe increase in enthalpy of the system, calculate the heat transfer to the system in theprocess described above.(c) Finally, the system undergoes an isentropic process such that it finishes as asaturated liquid. Evaluate the temperature at this final state.(d) Sketch the two processes on a plot of temperature.v.specific entropy. Include on yoursketch the two-phase region and the isobar passing through states 1 and 2.

Answered: Image /qna-images/answer/591527cf-ee06-4f4d-bdd9-87b1b4f4f92b.jpg

Question 1 This question requires the use of the Thermodynamic Property Tables supplied as additional material. A saturated mixture of 2 kg of liquid water and 0.7 kg of steam is heated at a constant pressure of 40 bar until its temperature reaches 300 °C. (a) Evaluate the temperature and the dryness fraction at the start of the process. (b) Given that the heat transfer to a system during a constant pressure process is equal to the increase in enthalpy of the system, calculate the heat transfer to the system in the process described above. (c) Finally, the system undergoes an isentropic process such that it finishes as a saturated liquid. Evaluate the temperature at this final state. (d) Sketch the two processes on a plot of temperature.v.specific entropy. Include on your sketch the two-phase region and the isobar passing through states 1 and 2.

Question 1 This question requires the use of the Thermodynamic Property Tables supplied as additional material. A saturated mixture of 2 kg of liquid water and 0.7 kg of steam is heated at a constant pressure of 40 bar until its temperature reaches 300 °C. (a) Evaluate the temperature and the dryness fraction at the start of the process. (b) Given that the heat transfer to a system during a constant pressure process is equal to the increase in enthalpy of the system, calculate the heat transfer to the system in the process described above. (c) Finally, the system undergoes an isentropic process such that it finishes as a saturated liquid. Evaluate the temperature at this final state. (d) Sketch the two processes on a plot of temperature.v.specific entropy. Include on your sketch the two-phase region and the isobar passing through states 1 and 2.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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