Calculate the density of gaseous H 2 O at each of the following states:a. 0.07 bar, 360
Question:
Calculate the density of gaseous H2O at each of the following states:a. 0.07 bar, 360 K,b. 1 atm, 700 K,c. 200 bar, 700 K,Using the perfect gas model. Compare the values obtained with the values given in the tables of Appendix A.3. What can you observe and explain?
Data From Appendix A.3
Transcribed Image Text:
T/ psat / MPa K v m³/kg 273.16 0.0006117 0.001000 206.0 0.0 0.0006985 0.001000 181.6 7.8 0.0009918 0.001000 130.2 28.8 335 340 345 350 355 360 UV /h²/h²V / hv / / SLV / sv/ m³/kg kJ/kg kJ/kg kJ/kg kJ/(kg K) kJ/(kg.K) kJ/(kg .K) 2500.9 2500.9 0.0 9.1555 9.1555 9.0783 8.8738 275 280 285 0.001389 0.001001 94.61 49.8 290 0.001920 0.001001 69.63 70.7 295 0.002621 0.001002 51.87 91.7 300 0.003537 0.001003 39.08 112.6 305 0.004719 0.001005 29.77 133.5 310 0.006231 0.001007 22.91 0.001009 17.80 175.3 315 0.008145 320 0.01055 0.001011 13.96 325 0.01 353 0.001013 11.04 330 0.01721 0.001015 8.806 0.02172 0.02719 0.03378 0.04168 0.05108 0.06219 0.07526 0.006231 365 310 325 330 0.001018 7.079 0.001021 5.734 0.001024 4.678 0.001027 3.842 0.001030 3.176 0.001034 2.642 0.001037 2.210 0.001007 22.91 315 0.008145 0.001009 17.80 320 0.01055 0.001011 13.96 0.01 353 0.001013 11.04 0.01721 0.001015 8.806 335 0.02172 0.001018 7.079 0.001021 5.734 340 0.02719 345 0.03378 350 0.04168 355 0.05108 360 0.06219 365 0.07526 0.001024 4.678 0.001027 3.842 0.001030 3.176 0.001034 2.642 370 0.09054 375 0.1083 380 0.1289 385 0.1525 390 0.1796 395 0.2106 400 0.2458 405 0.2856 2496.5 2504.3 0.0283 2484.7 2513.5 0.1041 2472.8 2522.6 0.1784 2461.0 2531.7 0.2513 2449.2 2540.8 0.3228 2437.3 2549.9 0.3931 2425.4 2558.9 0.4622 154.4 2413.5 2567.9 0.5302 2401.6 2576.8 0.5970 196.2 2389.6 2585.7 0.6629 217.1 2377.5 2594.6 0.7277 238.0 2365.4 2603.3 0.7915 258.9 2353.2 2612.1 0.8544 279.8 2340.9 2620.7 0.9164 2328.5 2629.3 0.9775 300.8 321.7 2316.0 2637.7 1.0378 2303.4 2646.1 1.0973 342.7 363.7 2290.7 2654.4 1.1560 2277.8 2662.5 1.2140 384.8 154.4 2413.5 2567.9 0.5302 175.3 2401.6 2576.8 0.5970 196.2 2389.6 2585.7 0.6629 217.1 2377.5 2594.6 0.7277 238.0 2365.4 2603.3 0.7915 258.9 2353.2 2612.1 0.8544 2340.9 2620.7 0.9164 279.8 300.8 2328.5 2629.3 0.9775 321.7 342.7 2303.4 2646.1 1.0973 363.7 2290.7 2654.4 1.1560 2316.0 2637.7 1.0378 384.8 2277.8 2662.5 1.2140 405.8 2264.8 2670.6 1.2713 0.001037 2.210 0.001041 1.859 0.001045 1.572 426.9 2251.6 2678.5 1.3279 0.001049 1.336 0.001053 1.141 469.2 0.001058 0.9794 490.4 2210.9 2701.3 1.4937 0.001062 0.8440 511.7 2197.0 2708.6 1.5477 0.001067 0.7303 532.9 2182.8 2715.7 1.6012 0.001072 0.6345 554.3 2168.3 2722.6 1.6542 448.0 2238.2 2686.3 1.3838 2224.7 2693.9 1.4390 8.6766 8.4862 8.3023 8.1244 7.9523 7.7856 7.6241 7.4674 7.3154 7.1678 7.0244 6.8849 6.7492 6.6171 6.4884 6.3629 6.2405 7.7856 7.6241 7.4674 7.3154 7.1678 7.0244 6.8849 6.7492 6.6171 6.4884 6.3629 6.2405 6.1209 6.0042 5.8900 5.7783 5.6690 5.5619 5.4569 5.3539 9.1066 8.9779 8.8550 8.7375 8.6251 8.5175 8.4145 8.3158 8.2211 8.1303 8.0431 7.9593 7.8787 7.8013 7.7267 7.6549 7.5857 7.5189 7.4545 8.3158 8.2211 8.1303 8.0431 7.9593 7.8787 7.8013 7.7267 7.6549 7.5857 7.5189 7.4545 7.3922 7.3320 7.2738 7.2174 7.1627 7.1096 7.0581 7.0080
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 0% (1 review)
To calculate the density of gaseous H2O using the perfect gas model we can use the ideal gas law PV ...View the full answer
Answered By
User l_917591
As a Business Management graduate from Moi University, I had the opportunity to work as a tutor for undergraduate students in the same field. This experience allowed me to apply the theoretical knowledge I had gained in a practical setting, while also honing my teaching and communication skills.
As a tutor, I was responsible for conducting tutorial sessions, grading assignments and exams, and providing feedback and support to my students. I also assisted with the preparation of course materials and collaborated with other tutors and professors to ensure consistency in teaching and assessment.
0.00
0 Reviews
10+ Question Solved
Related Book For
Thermodynamics Fundamentals And Engineering Applications
ISBN: 9780521862738
1st Edition
Authors: William C. Reynolds, Piero Colonna
Question Posted:
Students also viewed these Engineering questions
-
Calculate the density of gaseous CO 2 at each of the following states:a. 10 bar, 290 K,b. 30 bar, 333 K,c. 100 bar, 410 K,Using the perfect gas model. Compare the values obtained with the values...
-
Calculate the density of states g (E) for the free-electron model of a metal if E = 7.0eV and V = 1.0 cm3. Express your answer in units of states per electron volt.
-
According to the Mortgage Bankers Association, 10% of all home mortgage loans in California were in foreclosure in the fourth quarter of 2011. Assuming this rate holds, if you randomly pick 30...
-
The following selected events relate to the 2019 activities of Fall Nursing Home, Inc., a not-for-profit agency: a. Gross patient service revenue totaled $2,200,000. The provision for uncollectible...
-
From a personal perspective how does retailing rate as a potential career compared to others you are considering?
-
Consider the simple regression model fit to the National Football League team performance data in Problem 2.1. Data From Problem 2.1 Table B. 1 gives data concerning the performance of the 26...
-
Policy Pollsters is a market research firm specializing in political polls. Records indicate in past elections, when a candidate was elected, Policy Pollsters had accurately predicted this 80 percent...
-
Alexa owns a condominium near Cocoa Beach in Florida. In 2023, she incurs the following expenses in connection with her condo: Insurance Mortgage interest $ 2,500 Property taxes Repairs & maintenance...
-
PhotoTech, Inc., a manufacturer of rechargeable batteries for digital cameras, signed a contract with a digital photography company to produce three different lithium-ion battery packs for a new line...
-
In an adiabatic constant-volume container, a fluid is to be stirred mechanically with a motor providing 40 W of shaft power. How long can this go on if the internal energy of the fluid is not allowed...
-
The temperature of 10 kg of air inside a pistoncylinder is increased from 25C to 80C using an electrical heater, while the pressure inside the cylinder is maintained constant. During this process 50...
-
Benzene and trimethylamine (TMA) are to be separated in a three-stage liquid-liquid extraction column using water as the solvent. If the solvent-free extract and raffinate products are to contain,...
-
a) Consider the following register values: SS=0600h SP = 1100h Address 00000h FFFFFh Memory b) Calculate the physical address of: FIGURE 1 Redraw the memory represented in FIGURE 1. Illustrate in the...
-
1) Consider the following flip flop which has input W, X and Y. The output is Q and Q. Obtain the flip flop characteristic Table 1.0 during positive edge of the clock pulse. (8 Marks) W X Y D Figure...
-
The (non-dimensional) point vortex model describes the dynamics of N point-like vortices in a two dimensional incompressible fluid having position r;= (zi, yi) and circulation Fi, with i = 1,..., N...
-
Consider a periodic half-rectified sine wave, defined by [Asin(27) 051s SISI for all integer values, k With x(t)=x(t+k) a) Find the coefficients of the complex exponential Fourier series of x(t)....
-
CVX's stock (Chevron) is currently trading t $156. Imagine that in one year, the price of CVX's stock can increase to either $178 or decrease to $112. Assume CVX pays no dividends. The risk-free rate...
-
Refer to Solved problem 1. Start with 20 permanent workers. Prepare minimum cost aggregate plan that may use some combination of hiring ($200 per worker), laying of ($100 per worker), part-time...
-
Explain how two samples can have the same mean but different standard deviations. Draw a bar graph that shows the two samples, their means an standard deviations as error bars. T S
-
The bucket of an excavator at a construction site is subjected to 1200-lb and 700-lb digging forces at its tip (Figure P4.7). Determine the magnitude and direction of their resultant. Use the (a)...
-
Forces of 225 N and 60 N act on the tooth of a spur gear (Figure P4.8). The forces are perpendicular to one another, but they are inclined by 20 relative to the x-y coordinates. Determine the...
-
The three forces (magnitudes 100 lb, 200 lb, and P) combine to produce a resultant R (Figure P4.9). The three forces act in known directions, but the numerical value P is unknown. (a) What should the...
-
Suppose in an experiment, you randomly hand out a chocolate to half of the subjects in a large group. You then allow the subjects to trade the chocolate. That is, the ones who own the chocolate can...
-
How do disturbances in respiratory processes, such as mitochondrial dysfunction or impaired gas exchange, contribute to pathological conditions like metabolic disorders or respiratory diseases ?
-
Anne is building bookcases that are 3.4 feet long.how many complete shelves can be cut from a 12-foot board?
Study smarter with the SolutionInn App