Saturated liquid at 240 C flows through a pipeline. What is its entropy in kJ/kg-k?choose the correct answer Table 1. Saturation: TemperaturesInternal EnergyEnthalpyEntropySpecific VolumeSet.Sat.Sat.VaporSat.VaporSat.Vapor10,Sat.Liuld", " ,Sat.Pres.MPEvap.EvapEvapLiuldP10,2.6558 3.5233 6.17912.6650 3.5071 6.17203.060 1.21873.115 1.2208 64.20 1014.54 1589.6 2604.1 1018.35 1785.8 2804.I3.171 1.2228 63.06 1019.20 1584.9 2604.1 1023.08 1781.0 2804.1 2.6741 3.4909 6.16503.228 1.2249 61.94 1023.86 1580.2 2604.1 1027.82 1776.2 2804.0 2.6832 34746 6.15793.28665.37 1009.89 1594.2 2604.1 1013.62 1790.5 2804.22352362372382392.6924 3.4584 6.15081.2270 60.84 1028.54 1575.5 2604.0 1032.57 1771.4 2803.92402412422433.344 1.2291 59.76 1033.21 1570.8 2604.0 1037.32 1766.5 2803.8 2.7015 3.4422 6.14373.403 1.2312 58.71 1037.90 1566.0 2603.9 1042.09 I761.6 2803.7 2.7107 3.4260 6.13663.463 1.2334 57.68 1042.59 1561.2 2603.8 1046.86 1756.7 2803.5 2.7198 3.4098 6.12963.5243.5861.2355 56.67 1047 29 1556.4 2603.7 1051.64 1751.7 2803.41.2377 55.68 1051.99 15S1.5 2603.5 1056.43 1746.8 2803.22.7289 3.3936 6.12252.7380 3.3774 6.1154244O 3.4422O 1037.321028.54O 2.7015

Answered: Image /qna-images/answer/7952e39d-bd15-40b2-a55b-7e3d537ed42c.jpg

Answered: Saturated liquid at 240 C flows through…

Engineering

Mechanical Engineering

Saturated liquid at 240 C flows through a pipeline. What is its entropy in kJ/kg-k? choose the correct answer

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

See similar textbooks

Similar questions

Q. what pressure is generated when 500 mol of methane is stored in a Volume of 0.06 m3 at 50 'C ? Base Calculations on each of the following: (a) The ideal_gas state. (B) The R/K equation. (c) SRK where Te= 190.6 K and P = 45.99 bar From Table B.1 (D) PR
Identify if the following phase is saturated, subcooled, superheated, or wet-mixture. Temp Pressure Phase MPа 315 10.45 ?
O d. 69.1 C O e. 111.4 C Determine the quality x of water if P = 0.04 bar and v = 3.48 m^3/kg Select one: Oa.0.75 Ob.0.35 O c.0.2 O d.0.1 O e.0.85 Airtreated as an ideal gas and having a specificheat at constant volume Cv-1200 J/kg.K unde process, heat is observed to exit the system with an amount of 10 kj while work is provided t amount of 28 kJ. If the initial temperature of air was 20 C. what is the final temperature of air undergoing the process is 0.7 Kg.
In constant pressure process, sensible heat is zeroStandard state is at 1 atm and 25 ⁰CWater produced in combustion is set to be in liquid stateCoal is made from dead animals millions of years ago A.) If all 4 statements are trueB.) If 3 of the 4 statements are trueC.) If 2 of the 4 statements are trueD.) If only 1 of the 4 statements is trueE.) If none of the 4 statements is true
XNINEVEH UNIVERŠITY Thermodynamics L2 CC THERMODYNAMICS Change of Phase and Heat Latent H.W.) A 10 g of steam initially at 100 °C is mixed with 50 g of ice at -10 °C. What will be the final temperature of the mixture? II 10 10 59:32 / 1:01:02 PREBOARDS MINI MENTI NEET 2021 SONA SIR gradeup oL 100 10
QI 1 What are the advantage to know the intensive and extensive properties? 2. The data below to help you to find analysis between elevation with atmosphere pressure and boiling point. Elevation, m 5000 atmosphere pressure, kPa boiling point, oC 54.05 83.3 66.3 10000 26.5 3. Define the first and second law of thermodynamics? 4. What is different between control volume and control mass? Q2 1. Drive the relation mt Vavg - mg vg Vra = 2. Electric power is to be generated in a hydroelectric power plant that receives water at a rate of 70 m/s from an elevation of 65 m using a turbine-generator with an efficiency of 85 percent. When frictional losses in piping are disregarded, the electric power output of this plant is (a)3.9 MW (b) 38 MW (c) 45 MW (d) 53 MW (e) 65 MW 3. What is the difference between the classical and the statistical approaches to thermodynamics? 4. Make a control volume around the turbine in the steam power plant in Fig. 1.1 and list the flows of mass and energy located…
0.20 .l 12:42 景令60 ... KB/s laung mateilais, (C) nquius, (u) gases: 9. Suppose a person stated that heat cannot be transferred in a vacuum. How do you respond? 10. Review any standard text on thermodynamics and define: (a) heat, (b) internal energy, (c) work, (d) enthalpy. 11. Define and discuss ge. LIST OF WORKED EXAMPLES 1-1 Conduction through copper plate 1-2 Convection calculation 1-3 Multimode heat transfer 1-4 Heat source and convection 1-5 Radiation heat transfer 1-6 Total heat loss by convection and radiation PROBLEMS 1-1 If 3 kW is conducted through a section of insulating material 0.6 m2 in cross section and 2.5 cm thick and the thermal conductivity may be taken as 0.2 W/m - °C, compute the temperature difference across the material. 1-2 A temperature difference of 85°C is impressed across a fiberglass layer of 13 cm thickness. The thermal conductivity of the fiberglass is 0.035 W/m - °C. Compute the heat transferred through the material per hour per unit area. 1-3 A…
O c. Superheated Vapor Determine the state of water if P= 150 bar and T= 237 C. Select one: O a. Compressed liquid O b. Mixture O c. Superheated Vapor At what temperature does water boil if P = 0.2 bar Select one: O a. 77.6 C O b. 45.81 C
3) A piston-cylinder assembly contains a two-phase liquid-vapor mixture of H20 at 200 Ibfin"2 with a quality of 80%. The mixture is heated and expands at constant pressure until a final temperature of 480 deg F is reached Determine the work for the process, in Btu per Ib of H20 present. A 60.32 Btulb B. 50.32 Btulb C. 40.32 Btub D. 30.32 Btulb
Ideal Gas equation is given by= RT. Where p is pressure measured in Pascals m² %3D kg p is the density measured in (),T is the temperature measured in "Kand R is the specific gas N.m constant given by R = 288.33 kg. °K In a certain experiment pressure of air is measured with an %3D instrument to be 103,325 + 100 m2 and temperature is measured with a thermocouple to be T = 29.75 + 1% °C Determine the percent uncertainty in measurement of density, p.
1. Plot the four locations in the psychrometric chart and determine the other properties foreach condition using a psychrometric chart (Appendix 8a and 8b). Locations of air Tdb, °C Twb, °C Ambient air 32 28 Conditioned air 25 20 Air at the dryer inlet 30 23 Air at the dryer outlet 33 27 3. What is the relationship between relative humidity and temperature? What about humidityratio and temperature?
A sample of a certain gas has the following properties. Critical Pressure = 15 bar, actual pressure = 45 bar %3| Critical Temperature = 350 K, actual temperature = 350 K Specific ideal gas constant, 600 J/kg K Using the generalised compressibility chart provided, what is the specific volume of the gas sample? 2100 m /kg а. O b. 0.021 m³/kg 4200 m³/kg 3 С. O d. 3200 m³/kg 0.042 m³/kg е.