Problem 1 (26')Complete the following table of properties of Water and R-134a. Please indicate which table(s)you have used during the process. Write N/A if not applicable.WaterT, °CP, kPa V, m³/kg(1)125quality, x0.65(2)2001.25(3)750(4)805000R-134a T, °C P, kPa u, kJ/kg h, kJ/kg quality, x(5)30136.01(6)70500Phase descriptionTablesPhase descriptionTables

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Answered: Problem 1 (26') Complete the following…

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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If sufficient data are provided, complete the blank cells in the following table ofproperties of water. In the last column describe the condition of water as compressedliquid, saturated mixture, superheated vapor, or insufficient information; and, ifapplicable, give the quality.
6. (20 pts) The specific heat of a certain ideal gas is given as a function of 4.13 x 10* KJ 345.1 temperature: Cp = [1.54 - when temperature increases T kg K from 325°K to 1,100°K. Find the change of enthalpy. (Ans: 862.21
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9. For a certain ideal gas , R = 25.8 ft-lb:/lbm-R and k =1.09. a. What are the values of Cp and Cy? b. What mass of this gas would occupy a volume of 15 ft³ and 80ºF? c. If 40 BTU are transferred to this gas at constant volume in (b) what are the resulting temperature and pressure?
An Isobaric process is done on steam where it is heated to 200 C at 1.1 MPa. It was initially a kilogram of saturated liquid. Find the change in volume, change in internal energy, change in enthalpy, and change in entropy. (0.1848 m3, 1837.31 kJ, 2040.66 kJ, 4.4609 kJ/k) Table 3. Vapor pt Sat.) 1.10 (I4.09) 1.15 (I6.07) 10 Set. 177.53 2586.4 2781.7 6.5535 170.13 2587.7 27833 6.5381 175 100 185 190 195 4.4726 172 50 2547.9 2757.6 175.28 2572 27710 178.02 25882 2784.0 6.3387 180.71 2598.1 2796.9 183.36 2607. 2809.5 14.20 2564 27336 164.91 25732 2767.2 3028 L69.37 23835 27405 6.5004 6.5866 6.6137 63603 6.5878 174.75 2605.4 2806.4 200 205 210 215 220 185.97 2617.4 2822.0 6.6401 188.56 2626.8 2834.2 6.6659 191.11 2636.1 2846.3 193.63 2645 3 28583 196.13 2654.3 2870.1 6.6911 6.7157 6.7398 177.28 2615.1 2819.0 6.6146 179.77 2624.6 28314 6.6407 182.24 2634.0 2843.6 6.6661 184.68 2643.3 2855.7 6.6910 187.09 2652.5 2867.6 6.7154 225 230 235 240 245 198.60 2663.3 28818 6.7634 201.05 2672.2 2893.4…
Complete the following table of properties of Water and R-134a. Please show all the intermediate steps. For property numbers you directly read from "Property Tables Booklet", please indicate which table you have used. Write N/A if not applicable. Water T, °C P, kPa V, m³/kg quality, x 125 0.65 600 (1) (2) (3) R-134a (4) (5) T, °C 30 3300 60 300 200 P, kPa 600 0.95 u, kJ/kg 136.01 h, kJ/kg Phase description Tables quality, x Phase description
Material T, oC P, kPa v, m3/kg Quality, x Phase description Water 100 0.25 Water 300 100 R-134a 40 0.004 Fill out this table by using thermodynamic tables and show all details, calcuations and tables used to find the missing values.
Q5) A mass of 0.1 kg of helium fills a 0.2 m' rigid vessel at 350 kPa. The vessel is heated until the pressure is 700 kpa. Calculate the temperature change of helium (in °C and K) as a result of this heating. [337°C, 337 K]
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…
Consider a steam turbine that takes in water vapor at a pressure of p, = 10 bar and a temperature of T = 400°C. If the outlet pressure is p2 = 1.5 bar and the isentropic efficiency of the turbine is 7Ts = 0.83: ' Determine the temperature at the outlet of the turbine, T, in [°C] Draw a T-s diagram of the process from the inlet to outlet of the turbine. Include the a) b) vapor dome, all relevant isobars, all states clearly labelled included the theoretical isentropic state ("2s"), and a process line with direction shown.
Handwritten format. No Chatgpt. Give detailed solution
3. 4.50 mol of N2 gas (Cym = 20.6 J mol K') is enclosed in a piston-cylinder assembly (closed system) and undergoes the cycle depicted graphically below. Assuming N2 behaves as an ideal gas and Cm is temperature independent over the given temperature range, calculate q, w, AU, and AH for each segment. Label each segment with the type of process. Note: segment 2→3 follows the relationship PV = nRT . 1.) 20.0 L 2.) 50.0 L 3.) 5.00 bar T= T; = T, V (L) P (bar)

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