Homework Help is Here – Start Your Trial Now!
Engineering
Mechanical Engineering
Pls ASAP thanks in advance Question 1 This question requires the use of the Thermodynamic Property Tables supplied as additional material. A closed system comprises a rigid (non-deformable) vessel of volume 0.3 m3 containing 5 kg of pure water substance, initially at a pressure of 30 bar (state 1). (a) For state 1, show that the system is in the two phase region The system now undergoes an isochoric (constant volume) process during which its pressure increases to 70 bar (state 2). (b) For state 2 show that the system is now in the superheated region. (c) Sketch the process described above on a pressure v specific volume diagram. Include in your sketch the boundaries between the liquid, two phase and vapour regions, and the critical pressure.

Pls ASAP thanks in advance Question 1 This question requires the use of the Thermodynamic Property Tables supplied as additional material. A closed system comprises a rigid (non-deformable) vessel of volume 0.3 m3 containing 5 kg of pure water substance, initially at a pressure of 30 bar (state 1). (a) For state 1, show that the system is in the two phase region The system now undergoes an isochoric (constant volume) process during which its pressure increases to 70 bar (state 2). (b) For state 2 show that the system is now in the superheated region. (c) Sketch the process described above on a pressure v specific volume diagram. Include in your sketch the boundaries between the liquid, two phase and vapour regions, and the critical pressure.

Elements Of Electromagnetics
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
icon
Related questions
Question
Pls ASAP thanks in advance Question 1 This question requires the use of the Thermodynamic Property Tables supplied as additional material. A closed system comprises a rigid (non-deformable) vessel of volume 0.3 m3 containing 5 kg of pure water substance, initially at a pressure of 30 bar (state 1). (a) For state 1, show that the system is in the two phase region The system now undergoes an isochoric (constant volume) process during which its pressure increases to 70 bar (state 2). (b) For state 2 show that the system is now in the superheated region. (c) Sketch the process described above on a pressure v specific volume diagram. Include in your sketch the boundaries between the liquid, two phase and vapour regions, and the critical pressure.
P/[bar] (T,/[°C]) (151.8) 6 (158.8) 7 (165.0) 8 (170.4) 9 (175.4) 10 (179.9) 15 (198.3) 20 (212.4) 30 (233.8) 40 (250.3) 50 (263.9) 60 (275.6) 70 (285.8) h S 0.3748 2562 2749 6.822 0.3156 2568 h2757 S 6.761 0.2728 2573 h2764 $6.709 0.2403 2577 2769 $6.663 D. 0.2149 4₂ 2581 2774 S6.623 0.1944 2584 h 2778 S6.586 D 0.1317 42595 h 2792 S 6.445 D 0.0996 2600 h2799 S 6.340 D 0.0666 2603 h2803 S 6.186 D 0.0498 42602 h, 2801 6.070 0.0394 42597 h, 2794 $5.973 0.0324 42590 h₂ 2784 $ 5.890 % 0.0274 2581 h, 2772 S *See footnote on p.6. 5.814 T [°C] V u h S D u h S u h S V U h S V 0.3001 2636 2846 6.888 D U h S V u h S U u h V u h S V u h S V h S U u h S 200 V u h S 0.4252 0.4745 0.5226 0.5701 2804 2883 2644 2725 2857 2962 7.060 7.271 250 300 350 2835 6.753 0.3364 2720 2955 7.106 0.2061 2623 2829 6.695 3065 3168 7.460 7.633 0.3522 0.3940 0.4344 0.4743 0.5136 0.5528 0.5919 2881 2962 3044 3128 2640 2722 2801 2851 2958 3062 3166 3270 3376 3483 6.968 7.182 7.373 7.546 7.707 7.858 8.001 0.2610 0.2933 0.3242 0.3544 2631 2716 2798 2840 2951 7.040 6.817 r/[m³/kg] u/(kJ/kg] h/kJ/kg] s/[kJ/kg k] 0.2305 0.2597 0.2874 2628 0.3714 2800 3060 7.298 0.0706 2646 2858 6.289 0.4058 2880 2961 3164 3269 7.473 7.634 3057 3162 7.233 400 2878 2960 3267 3160 7.352 0.6172 0.6641 3045 3129 0.7108 0.8040 2963 3300 3272 3377 3484 3702 7.793 7.944 8.087 8.351 0.4397 0.4734 3043 3374 7.786 7.409 7.571 0.0812 0.0905 2751 2845 2995 3117 6.541 6.744 Superheated Steam* 0.3842 0.4138 0.2328 0.2580 0.3065 0.3303 0.3540 0.4010 0.2825 2794 2875 2957 3040 3124 3297 3264 3370 3478 3698 8.028 2711 2944 3052 3158 6.926 7.124 7.301 7.464 0.1324 0.1520 0.1697 0.1865 0.2029 0.2191 0.2351 0.2667 2597 2697 2784 2868 2952 3035 3120 3294 3039 3148 3256 3364 3473 3694 6.919 7.102 7.268 7.423 7.569 7.838 2796 S 6.452 2925 6.711 450 0.3144 0.3410 2714 2796 2877 2959 3041 2948 3055 6.980 7.176 0.1115 0.1255 0.1386 2681 2774 2861 2904 3025 3138 6.547 6.768 6.957 7.126 500 2933 3231 6.921 0.3674 0.3937 3126 3266 3372 3480 7.515 7.667 7.811 3042 3126 3373 3481 7.723 7.866 0.0588 0.0664 2728 2828 2921 2963 3094 3214 6.364 6.584 6.769 0.4432 0.5069 0.5737 3127 3298 3482 3700 7.929 8.195 7.617 7.761 0.0993 0.1078 0.1161 3020 3108 3456 7.233 3343 7.082 600 0.1511 0.1634 0.1756 0.1995 2946 3030 3116 3291 3248 3357 3467 3690 7.283 7.431 7.701 0.6697 3299 3701 8.267 0.0733 0.0800 0.0864 0.5018 3298 3699 8.132 0.4458 3298 3699 8.077 0.0295 0.0352 0.0399 0.0441 0.0481 2634 2772 2879 2978 3073 2841 3018 3158 3287 3410 5.934 6.231 6.448 6.632 6.796 0.0988 3279 3010 3099 3330 3445 3674 0.0453 0.0519 0.0578 6.935 7.089 7.368 0.0632 0.0685 0.0786 3000 3090 3273 3316 3433 3666 2700 2810 2907 2927 3070 3196 6.212 6.451 6.646 6.818 6.975 7.258 0.1324 3285 3682 7.507 0.0362 0.0422 0.0473 2670 2792 2893 2887 3045 3177 0.0521 0.0566 0.0652 2988 3081 3266 3421 3657 3301 6.071 6.336 6.541 6.719 6.879 7.166 0.0556 3260 3649 7.088
Transcribed Image Text:P/[bar] (T,/[°C]) (151.8) 6 (158.8) 7 (165.0) 8 (170.4) 9 (175.4) 10 (179.9) 15 (198.3) 20 (212.4) 30 (233.8) 40 (250.3) 50 (263.9) 60 (275.6) 70 (285.8) h S 0.3748 2562 2749 6.822 0.3156 2568 h2757 S 6.761 0.2728 2573 h2764 $6.709 0.2403 2577 2769 $6.663 D. 0.2149 4₂ 2581 2774 S6.623 0.1944 2584 h 2778 S6.586 D 0.1317 42595 h 2792 S 6.445 D 0.0996 2600 h2799 S 6.340 D 0.0666 2603 h2803 S 6.186 D 0.0498 42602 h, 2801 6.070 0.0394 42597 h, 2794 $5.973 0.0324 42590 h₂ 2784 $ 5.890 % 0.0274 2581 h, 2772 S *See footnote on p.6. 5.814 T [°C] V u h S D u h S u h S V U h S V 0.3001 2636 2846 6.888 D U h S V u h S U u h V u h S V u h S V h S U u h S 200 V u h S 0.4252 0.4745 0.5226 0.5701 2804 2883 2644 2725 2857 2962 7.060 7.271 250 300 350 2835 6.753 0.3364 2720 2955 7.106 0.2061 2623 2829 6.695 3065 3168 7.460 7.633 0.3522 0.3940 0.4344 0.4743 0.5136 0.5528 0.5919 2881 2962 3044 3128 2640 2722 2801 2851 2958 3062 3166 3270 3376 3483 6.968 7.182 7.373 7.546 7.707 7.858 8.001 0.2610 0.2933 0.3242 0.3544 2631 2716 2798 2840 2951 7.040 6.817 r/[m³/kg] u/(kJ/kg] h/kJ/kg] s/[kJ/kg k] 0.2305 0.2597 0.2874 2628 0.3714 2800 3060 7.298 0.0706 2646 2858 6.289 0.4058 2880 2961 3164 3269 7.473 7.634 3057 3162 7.233 400 2878 2960 3267 3160 7.352 0.6172 0.6641 3045 3129 0.7108 0.8040 2963 3300 3272 3377 3484 3702 7.793 7.944 8.087 8.351 0.4397 0.4734 3043 3374 7.786 7.409 7.571 0.0812 0.0905 2751 2845 2995 3117 6.541 6.744 Superheated Steam* 0.3842 0.4138 0.2328 0.2580 0.3065 0.3303 0.3540 0.4010 0.2825 2794 2875 2957 3040 3124 3297 3264 3370 3478 3698 8.028 2711 2944 3052 3158 6.926 7.124 7.301 7.464 0.1324 0.1520 0.1697 0.1865 0.2029 0.2191 0.2351 0.2667 2597 2697 2784 2868 2952 3035 3120 3294 3039 3148 3256 3364 3473 3694 6.919 7.102 7.268 7.423 7.569 7.838 2796 S 6.452 2925 6.711 450 0.3144 0.3410 2714 2796 2877 2959 3041 2948 3055 6.980 7.176 0.1115 0.1255 0.1386 2681 2774 2861 2904 3025 3138 6.547 6.768 6.957 7.126 500 2933 3231 6.921 0.3674 0.3937 3126 3266 3372 3480 7.515 7.667 7.811 3042 3126 3373 3481 7.723 7.866 0.0588 0.0664 2728 2828 2921 2963 3094 3214 6.364 6.584 6.769 0.4432 0.5069 0.5737 3127 3298 3482 3700 7.929 8.195 7.617 7.761 0.0993 0.1078 0.1161 3020 3108 3456 7.233 3343 7.082 600 0.1511 0.1634 0.1756 0.1995 2946 3030 3116 3291 3248 3357 3467 3690 7.283 7.431 7.701 0.6697 3299 3701 8.267 0.0733 0.0800 0.0864 0.5018 3298 3699 8.132 0.4458 3298 3699 8.077 0.0295 0.0352 0.0399 0.0441 0.0481 2634 2772 2879 2978 3073 2841 3018 3158 3287 3410 5.934 6.231 6.448 6.632 6.796 0.0988 3279 3010 3099 3330 3445 3674 0.0453 0.0519 0.0578 6.935 7.089 7.368 0.0632 0.0685 0.0786 3000 3090 3273 3316 3433 3666 2700 2810 2907 2927 3070 3196 6.212 6.451 6.646 6.818 6.975 7.258 0.1324 3285 3682 7.507 0.0362 0.0422 0.0473 2670 2792 2893 2887 3045 3177 0.0521 0.0566 0.0652 2988 3081 3266 3421 3657 3301 6.071 6.336 6.541 6.719 6.879 7.166 0.0556 3260 3649 7.088
Expert Solution
steps

Step by step

Solved in 3 steps with 2 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Knowledge Booster
Properties of Pure Substances
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.
Recommended textbooks for you
Elements Of Electromagnetics
Elements Of Electromagnetics
Mechanical Engineering
ISBN:
9780190698614
Author:
Sadiku, Matthew N. O.
Publisher:
Oxford University Press
Mechanics of Materials (10th Edition)
Mechanics of Materials (10th Edition)
Mechanical Engineering
ISBN:
9780134319650
Author:
Russell C. Hibbeler
Publisher:
PEARSON
Thermodynamics: An Engineering Approach
Thermodynamics: An Engineering Approach
Mechanical Engineering
ISBN:
9781259822674
Author:
Yunus A. Cengel Dr., Michael A. Boles
Publisher:
McGraw-Hill Education
Control Systems Engineering
Control Systems Engineering
Mechanical Engineering
ISBN:
9781118170519
Author:
Norman S. Nise
Publisher:
WILEY
Mechanics of Materials (MindTap Course List)
Mechanics of Materials (MindTap Course List)
Mechanical Engineering
ISBN:
9781337093347
Author:
Barry J. Goodno, James M. Gere
Publisher:
Cengage Learning
Engineering Mechanics: Statics
Engineering Mechanics: Statics
Mechanical Engineering
ISBN:
9781118807330
Author:
James L. Meriam, L. G. Kraige, J. N. Bolton
Publisher:
WILEY
SEE MORE TEXTBOOKS