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See Appendix: Superheated tables for Nitrogen A. Nitrogen in a rigid 5 m³ tank at 120 K and 1 MPa. Determine the mass assuming ideal gas. What is the error (%)? i. ii. the mass using the compressibility factor. What is the error (%)?

See Appendix: Superheated tables for Nitrogen A. Nitrogen in a rigid 5 m³ tank at 120 K and 1 MPa. Determine the mass assuming ideal gas. What is the error (%)? i. ii. the mass using the compressibility factor. What is the error (%)?

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
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See Appendix: Superheated tables for Nitrogen A. Nitrogen in a rigid 5 m³ tank at 120 K and 1 MPa. Determine the mass assuming ideal gas. What is the error (%)? i. ii. the mass using the compressibility factor. What is the error (%)? Comment on the results
Transcribed Image Text:See Appendix: Superheated tables for Nitrogen A. Nitrogen in a rigid 5 m³ tank at 120 K and 1 MPa. Determine the mass assuming ideal gas. What is the error (%)? i. ii. the mass using the compressibility factor. What is the error (%)? Comment on the results
Appendix T K m³/kg kJ/kg kJ/kg kJ/kg-K p=0.60 MPa (Tsat = 96.37 K) V u h S 0.04046 62.574 86.85 5.0411 0.05510 83.730 116.79 5.3204 0.06620 99.750 139.47 5.4953 161.47 5.6422 183.10 5.7696 204.50 5.8823 225.76 5.9837 246.92 6.0757 268.01 6.1601 289.05 6.2381 310.06 6.3105 362.48 6.4722 0.19819 295.976 414.89 6.6121 0.22308 333.572 467.42 6.7359 0.24792 371.448 520.20 6.8471 0.29755 448.400 626.93 7.0416 0.34712 527.428 735.70 7.2093 0.39666 608.824 846.82 7.3576 0.44618 692.592 960.30 7.4912 0.49568 778.612 1076.02 7.6131 Superheated Table (PC Model), Nitrogen (N2) m³/kg kJ/kg kJ/kg kJ/kg-K Sat. 120 140 160 0.07689 115.336 180 0.08734 130.696 200 0.09766 145.904 220 0.10788 161.032 240 0.11803 176.102 260 0.12813 191.132 280 0.13820 206.130 300 0.14824 221.116 0.17326 258.524 350 400 450 500 600 700 800 900 1000 p = 0.80 MPa (Tsat = 100.38 K) V u h S 0.03038 63.216 87.52 4.9768 0.04017 81.884 114.02 5.2191 0.04886 98.412 137.50 5.4002 0.05710 114.270 159.95 5.5501 0.06509 129.818 181.89 5.6793 0.07293 145.166 203.51 5.7933 0.08067 160.404 224.94 5.8954 0.08835 175.550 246.23 5.9880 0.09599 190.628 267.42 6.0728 0.10358 205.676 288.54 6.1511 309.62 6.2238 0.12998 258.186 362.17 6.3858 0.14873 295.696 414.68 6.5260 0.16743 333.336 467.28 6.6500 0.18609 371.248 520.12 6.7613 0.22335 448.250 626.93 6.9560 0.26056 527.312 735.76 7.1237 0.29773 608.726 846.91 7.2721 0.33488 692.516 960.42 7.4058 0.37202 778.544 1076.16 7.5277 0.11115 220.700 m³/kg kJ/kg kJ/kg kJ/kg-K p = 1.00 MPa (T sat = 103.73 K) h 0.02416 63.350 87.51 u S 4.9237 0.03117 79.910 111.08 5.1357 0.03845 97.020 135.47 5.3239 158.42 5.4772 180.67 5.6082 202.52 5.7234 224.11 245.53 0.04522 113.200 0.05173 128.940 0.05809 144.430 0.06436 159.750 0.07055 174.980 0.07670 190.130 0.08281 205.230 5.8263 5.9194 266.83 6.0047 288.04 6.0833 0.08889 220.290 309.18 6.1562 0.10401 257.860 361.87 6.3187 0.11905 295.420 414.47 6.4591 0.13404 333.110 467.15 6.5832 0.14899 371.050 0.17883 448.090 520.04 6.6947 626.92 6.8895 7.0573 7.2057 0.20862 527.190 735.81 0.23837 608.630 847.00 0.26810 692.440 960.54 7.3394 0.29782 778.480 1076.30 7.4614 V
Transcribed Image Text:Appendix T K m³/kg kJ/kg kJ/kg kJ/kg-K p=0.60 MPa (Tsat = 96.37 K) V u h S 0.04046 62.574 86.85 5.0411 0.05510 83.730 116.79 5.3204 0.06620 99.750 139.47 5.4953 161.47 5.6422 183.10 5.7696 204.50 5.8823 225.76 5.9837 246.92 6.0757 268.01 6.1601 289.05 6.2381 310.06 6.3105 362.48 6.4722 0.19819 295.976 414.89 6.6121 0.22308 333.572 467.42 6.7359 0.24792 371.448 520.20 6.8471 0.29755 448.400 626.93 7.0416 0.34712 527.428 735.70 7.2093 0.39666 608.824 846.82 7.3576 0.44618 692.592 960.30 7.4912 0.49568 778.612 1076.02 7.6131 Superheated Table (PC Model), Nitrogen (N2) m³/kg kJ/kg kJ/kg kJ/kg-K Sat. 120 140 160 0.07689 115.336 180 0.08734 130.696 200 0.09766 145.904 220 0.10788 161.032 240 0.11803 176.102 260 0.12813 191.132 280 0.13820 206.130 300 0.14824 221.116 0.17326 258.524 350 400 450 500 600 700 800 900 1000 p = 0.80 MPa (Tsat = 100.38 K) V u h S 0.03038 63.216 87.52 4.9768 0.04017 81.884 114.02 5.2191 0.04886 98.412 137.50 5.4002 0.05710 114.270 159.95 5.5501 0.06509 129.818 181.89 5.6793 0.07293 145.166 203.51 5.7933 0.08067 160.404 224.94 5.8954 0.08835 175.550 246.23 5.9880 0.09599 190.628 267.42 6.0728 0.10358 205.676 288.54 6.1511 309.62 6.2238 0.12998 258.186 362.17 6.3858 0.14873 295.696 414.68 6.5260 0.16743 333.336 467.28 6.6500 0.18609 371.248 520.12 6.7613 0.22335 448.250 626.93 6.9560 0.26056 527.312 735.76 7.1237 0.29773 608.726 846.91 7.2721 0.33488 692.516 960.42 7.4058 0.37202 778.544 1076.16 7.5277 0.11115 220.700 m³/kg kJ/kg kJ/kg kJ/kg-K p = 1.00 MPa (T sat = 103.73 K) h 0.02416 63.350 87.51 u S 4.9237 0.03117 79.910 111.08 5.1357 0.03845 97.020 135.47 5.3239 158.42 5.4772 180.67 5.6082 202.52 5.7234 224.11 245.53 0.04522 113.200 0.05173 128.940 0.05809 144.430 0.06436 159.750 0.07055 174.980 0.07670 190.130 0.08281 205.230 5.8263 5.9194 266.83 6.0047 288.04 6.0833 0.08889 220.290 309.18 6.1562 0.10401 257.860 361.87 6.3187 0.11905 295.420 414.47 6.4591 0.13404 333.110 467.15 6.5832 0.14899 371.050 0.17883 448.090 520.04 6.6947 626.92 6.8895 7.0573 7.2057 0.20862 527.190 735.81 0.23837 608.630 847.00 0.26810 692.440 960.54 7.3394 0.29782 778.480 1076.30 7.4614 V
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