Индивидуальное задание

по дисциплине «Математическое моделирование»

Вариант № 15

1	Составить дифференциальное уравнение (или систему уравнений) для следующей механической модели			T=340[C] 0 1 445.388 1 1.25893 443.262 2 1.58489 440.862 3 1.99526 438.156 4 2.51189 435.111 5 3.16228 431.69 6 3.98107 427.853 7 5.01187 423.56 8 6.30957 418.768 9 7.94328 413.434 10 10 407.514 11 12.5893 400.966 12 15.8489 393.751 13 19.9526 385.834 14 25.1189 377.185 15 31.6228 367.783 16 39.8107 357.616 17 50.1187 346.688 18 63.0957 335.012 19 79.4328 322.621 20 100 309.564 21 125.893 295.906 22 158.489 281.731 23 199.526 267.137 24 251.189 252.236 25 316.228 237.15 26 398.107 222.008 27 501.187 206.939 28 630.957 192.071 29 794.328 177.526 30 1000 163.413 31 1258.93 149.83 32 1584.89 136.856 33 1995.26 124.557 34 2511.89 112.978 35 3162.28 102.148 36 3981.07 92.082 37 5011.87 82.7792 38 6309.57 74.2272 39 7943.28 66.4037 40 10000 59.2784 41 12589.3 52.8154 42 15848.9 46.9747 43 19952.6 41.7139 44 25118.9 36.9896 45 31622.8 32.7586 46 39810.7 28.9785 47 50118.7 25.6085 48 63095.7 22.6099 49 79432.8 19.9464
2	Построить вязкостную модель полимера по экспериментальным данным (использовать степенной закон)	Для участка с аномалией вязкости по данным в следующей колонке с маркировкой столбцов (№п \ скорость сдвига (1/с)\ вязкость (Па с))
3	Построить математическую модель течения полимера в канале при перепаде давления Р	Щелевой канал Н=3мм В=50мм верхняя пластина движется со скоростью V2=2м/мин Р=8МПа L=50мм
4	Построить эпюру скоростей		По данным пункта 2
5	Построить эпюру напряжений сдвига
6	Построить эпюру скоростей сдвига
7	Рассчитать расход полимера

Индивидуальное задание

по дисциплине «Математическое моделирование»

Вариант № 16

1	Составить дифференциальное уравнение (или систему уравнений) для следующей механической модели			T=253.3[C] 0 1 365.544 1 1.25893 362.763 2 1.58489 359.538 3 1.99526 355.808 4 2.51189 351.509 5 3.16228 346.572 6 3.98107 340.926 7 5.01187 334.502 8 6.30957 327.232 9 7.94328 319.057 10 10 309.928 11 12.5893 299.814 12 15.8489 288.706 13 19.9526 276.623 14 25.1189 263.616 15 31.6228 249.769 16 39.8107 235.203 17 50.1187 220.072 18 63.0957 204.557 19 79.4328 188.859 20 100 173.19 21 125.893 157.758 22 158.489 142.761 23 199.526 128.373 24 251.189 114.739 25 316.228 101.971 26 398.107 90.144 27 501.187 79.3003 28 630.957 69.4506 29 794.328 60.5794 30 1000 52.6504 31 1258.93 45.6118 32 1584.89 39.4017 33 1995.26 33.9516 34 2511.89 29.1912 35 3162.28 25.0502 36 3981.07 21.4609 37 5011.87 18.3594 38 6309.57 15.6866 39 7943.28 13.3886 40 10000 11.4168 41 12589.3 9.72769 42 15848.9 8.2829 43 19952.6 7.04863 44 25118.9 5.99533 45 31622.8 5.09729 46 39810.7 4.33222 47 50118.7 3.68086 48 63095.7 3.12662 49 79432.8 2.65525
2	Построить вязкостную модель полимера по экспериментальным данным (использовать степенной закон)	Для участка с аномалией вязкости по данным в следующей колонке с маркировкой столбцов (№п \ скорость сдвига (1/с)\ вязкость (Па с))
3	Построить математическую модель течения полимера в канале при перепаде давления Р	Щелевой канал Н=5мм В=60мм верхняя пластина движется со скоростью V2=10м/мин Р=3МПа L=50мм
4	Построить эпюру скоростей		По данным пункта 2
5	Построить эпюру напряжений сдвига
6	Построить эпюру скоростей сдвига
7	Рассчитать расход полимера

T=340[C]

0 1 445.388

1 1.25893 443.262

2 1.58489 440.862

3 1.99526 438.156

4 2.51189 435.111

5 3.16228 431.69

6 3.98107 427.853

7 5.01187 423.56

8 6.30957 418.768

9 7.94328 413.434

10 10 407.514

11 12.5893 400.966

12 15.8489 393.751

13 19.9526 385.834

14 25.1189 377.185

15 31.6228 367.783

16 39.8107 357.616

17 50.1187 346.688

18 63.0957 335.012

19 79.4328 322.621

20 100 309.564

21 125.893 295.906

22 158.489 281.731

23 199.526 267.137

24 251.189 252.236

25 316.228 237.15

26 398.107 222.008

27 501.187 206.939

28 630.957 192.071

29 794.328 177.526

30 1000 163.413

31 1258.93 149.83

32 1584.89 136.856

33 1995.26 124.557

34 2511.89 112.978

35 3162.28 102.148

36 3981.07 92.082

37 5011.87 82.7792

38 6309.57 74.2272

39 7943.28 66.4037

40 10000 59.2784

41 12589.3 52.8154

42 15848.9 46.9747

43 19952.6 41.7139

44 25118.9 36.9896

45 31622.8 32.7586

46 39810.7 28.9785

47 50118.7 25.6085

48 63095.7 22.6099

49 79432.8 19.9464

T=226.7[C]

0 1 564.854

1 1.25893 559.03

2 1.58489 552.316

3 1.99526 544.605

4 2.51189 535.785

5 3.16228 525.747

6 3.98107 514.384

7 5.01187 501.603

8 6.30957 487.327

9 7.94328 471.506

10 10 454.124

11 12.5893 435.208

12 15.8489 414.836

13 19.9526 393.139

14 25.1189 370.304

15 31.6228 346.572

16 39.8107 322.224

17 50.1187 297.577

18 63.0957 272.96

19 79.4328 248.704

20 100 225.119

21 125.893 202.48

22 158.489 181.018

23 199.526 160.91

24 251.189 142.276

25 316.228 125.185

26 398.107 109.654

27 501.187 95.6623

28 630.957 83.1527

29 794.328 72.0452

30 1000 62.2427

31 1258.93 53.6383

32 1584.89 46.1214

33 1995.26 39.5815

34 2511.89 33.9122

35 3162.28 29.0128

36 3981.07 24.7902

37 5011.87 21.1595

38 6309.57 18.0437

39 7943.28 15.3746

40 10000 13.0915

41 12589.3 11.1409

42 15848.9 9.47625

43 19952.6 8.05693

44 25118.9 6.84772

45 31622.8 5.81821

46 39810.7 4.94219

47 50118.7 4.19714

48 63095.7 3.56373

49 79432.8 3.02543

T=220[C]

0 1 6367

1 1.25893 6161.71

2 1.58489 5937.61

3 1.99526 5695.15

4 2.51189 5435.34

5 3.16228 5159.8

6 3.98107 4870.76

7 5.01187 4571.03

8 6.30957 4263.89

9 7.94328 3952.96

10 10 3642.08

11 12.5893 3335.05

12 15.8489 3035.51

13 19.9526 2746.73

14 25.1189 2471.5

15 31.6228 2212.03

16 39.8107 1969.95

17 50.1187 1746.24

18 63.0957 1541.35

19 79.4328 1355.21

20 100 1187.36

21 125.893 1037.02

22 158.489 903.151

23 199.526 784.593

24 251.189 680.089

25 316.228 588.355

26 398.107 508.126

27 501.187 438.182

28 630.957 377.375

29 794.328 324.64

30 1000 279.001

31 1258.93 239.576

32 1584.89 205.572

33 1995.26 176.283

34 2511.89 151.086

35 3162.28 129.43

36 3981.07 110.833

37 5011.87 94.8763

38 6309.57 81.1927

39 7943.28 69.4652

40 10000 59.4187

41 12589.3 50.8158

42 15848.9 43.4515

43 19952.6 37.1495

44 25118.9 31.7578

45 31622.8 27.1459

46 39810.7 23.2018

47 50118.7 19.8293

48 63095.7 16.9459

49 79432.8 14.4811

T=233.3[C]

0 1 3641.9

1 1.25893 3559.15

2 1.58489 3466.94

3 1.99526 3364.89

4 2.51189 3252.81

5 3.16228 3130.74

6 3.98107 2999

7 5.01187 2858.21

8 6.30957 2709.32

9 7.94328 2553.61

10 10 2392.65

11 12.5893 2228.23

12 15.8489 2062.34

13 19.9526 1897.02

14 25.1189 1734.28

15 31.6228 1576.02

16 39.8107 1423.91

17 50.1187 1279.37

18 63.0957 1143.5

19 79.4328 1017.06

20 100 900.506

21 125.893 793.993

22 158.489 697.428

23 199.526 610.513

24 251.189 532.79

25 316.228 463.689

26 398.107 402.571

27 501.187 348.76

28 630.957 301.574

29 794.328 260.341

30 1000 224.423

31 1258.93 193.219

32 1584.89 166.173

33 1995.26 142.778

34 2511.89 122.577

35 3162.28 105.16

36 3981.07 90.1641

37 5011.87 77.2661

38 6309.57 66.1835

39 7943.28 56.6689

40 10000 48.506

41 12589.3 41.5073

42 15848.9 35.5098

43 19952.6 30.3725

44 25118.9 25.9739

45 31622.8 22.2089

46 39810.7 18.9872

47 50118.7 16.231

48 63095.7 13.8736

49 79432.8 11.8576

T=260[C]

0 1 1408.65

1 1.25893 1391.38

2 1.58489 1371.68

3 1.99526 1349.33

4 2.51189 1324.07

5 3.16228 1295.68

6 3.98107 1263.95

7 5.01187 1228.73

8 6.30957 1189.92

9 7.94328 1147.49

10 10 1101.51

11 12.5893 1052.17

12 15.8489 999.738

13 19.9526 944.638

14 25.1189 887.388

15 31.6228 828.605

16 39.8107 768.976

17 50.1187 709.232

18 63.0957 650.107

19 79.4328 592.307

20 100 536.474

21 125.893 483.161

22 158.489 432.812

23 199.526 385.757

24 251.189 342.206

25 316.228 302.261

26 398.107 265.925

27 501.187 233.12

28 630.957 203.705

29 794.328 177.489

30 1000 154.251

31 1258.93 133.752

32 1584.89 115.747

33 1995.26 99.9902

34 2511.89 86.2467

35 3162.28 74.2934

36 3981.07 63.9229

37 5011.87 54.9449

38 6309.57 47.187

39 7943.28 40.4941

40 10000 34.7282

41 12589.3 29.7667

42 15848.9 25.5019

43 19952.6 21.8392

44 25118.9 18.6959

45 31622.8 16.0003

46 39810.7 13.6897

47 50118.7 11.7102

48 63095.7 10.015

49 79432.8 8.56387

T=280[C]

0 1 1180.45

1 1.25893 1105.98

2 1.58489 1034.07

3 1.99526 964.9

4 2.51189 898.632

5 3.16228 835.382

6 3.98107 775.227

7 5.01187 718.211

8 6.30957 664.344

9 7.94328 613.607

10 10 565.956

11 12.5893 521.324

12 15.8489 479.625

13 19.9526 440.758

14 25.1189 404.611

15 31.6228 371.062

16 39.8107 339.983

17 50.1187 311.244

18 63.0957 284.711

19 79.4328 260.252

20 100 237.736

21 125.893 217.036

22 158.489 198.026

23 199.526 180.589

24 251.189 164.608

25 316.228 149.977

26 398.107 136.593

27 501.187 124.357

28 630.957 113.18

29 794.328 102.977

30 1000 93.6674

31 1258.93 85.1781

32 1584.89 77.4404

33 1995.26 70.3908

34 2511.89 63.9708

35 3162.28 58.1263

36 3981.07 52.8073

37 5011.87 47.9682

38 6309.57 43.5669

39 7943.28 39.5646

40 10000 35.9262

41 12589.3 32.6191

42 15848.9 29.6139

43 19952.6 26.8833

44 25118.9 24.4027

45 31622.8 22.1495

46 39810.7 20.1031

47 50118.7 18.2448

48 63095.7 16.5574

49 79432.8 15.0254

T=293.3[C]

0 1 695.799

1 1.25893 656.403

2 1.58489 617.836

3 1.99526 580.251

4 2.51189 543.782

5 3.16228 508.545

6 3.98107 474.637

7 5.01187 442.137

8 6.30957 411.103

9 7.94328 381.576

10 10 353.579

11 12.5893 327.118

12 15.8489 302.187

13 19.9526 278.764

14 25.1189 256.818

15 31.6228 236.309

16 39.8107 217.188

17 50.1187 199.4

18 63.0957 182.886

19 79.4328 167.586

20 100 153.434

21 125.893 140.367

22 158.489 128.319

23 199.526 117.226

24 251.189 107.026

25 316.228 97.6579

26 398.107 89.0636

27 501.187 81.1867

28 630.957 73.9741

29 794.328 67.3753

30 1000 61.3426

31 1258.93 55.8314

32 1584.89 50.7998

33 1995.26 46.2087

34 2511.89 42.0219

35 3162.28 38.2055

36 3981.07 34.7284

37 5011.87 31.5617

38 6309.57 28.6787

39 7943.28 26.0549

40 10000 23.6677

41 12589.3 21.4963

42 15848.9 19.5218

43 19952.6 17.7268

44 25118.9 16.0952

45 31622.8 14.6125

46 39810.7 13.2652

47 50118.7 12.0413

48 63095.7 10.9296

49 79432.8 9.91985

T=320[C]

0 1 261.153

1 1.25893 249.552

2 1.58489 237.902

3 1.99526 226.257

4 2.51189 214.673

5 3.16228 203.203

6 3.98107 191.899

7 5.01187 180.81

8 6.30957 169.982

9 7.94328 159.454

10 10 149.263

11 12.5893 139.437

12 15.8489 130.003

13 19.9526 120.979

14 25.1189 112.379

15 31.6228 104.212

16 39.8107 96.4821

17 50.1187 89.1887

18 63.0957 82.3276

19 79.4328 75.8913

20 100 69.8694

21 125.893 64.2489

22 158.489 59.0153

23 199.526 54.1521

24 251.189 49.6423

25 316.228 45.4677

26 398.107 41.6101

27 501.187 38.051

28 630.957 34.772

29 794.328 31.7553

30 1000 28.9831

31 1258.93 26.4386

32 1584.89 24.1055

33 1995.26 21.9683

34 2511.89 20.0122

35 3162.28 18.2233

36 3981.07 16.5886

37 5011.87 15.0957

38 6309.57 13.7331

39 7943.28 12.4902

40 10000 11.357

41 12589.3 10.3244

42 15848.9 9.38377

43 19952.6 8.52727

44 25118.9 7.74766

45 31622.8 7.03826

46 39810.7 6.39293

47 50118.7 5.80604

48 63095.7 5.27243

49 79432.8 4.78736

T=200[C]

0 1 2009.94

1 1.25893 1943.72

2 1.58489 1871.63

3 1.99526 1793.83

4 2.51189 1710.68

5 3.16228 1622.73

6 3.98107 1530.7

7 5.01187 1435.51

8 6.30957 1338.2

9 7.94328 1239.92

10 10 1141.86

11 12.5893 1045.2

12 15.8489 951.064

13 19.9526 860.446

14 25.1189 774.19

15 31.6228 692.963

16 39.8107 617.238

17 50.1187 547.304

18 63.0957 483.277

19 79.4328 425.122

20 100 372.683

21 125.893 325.705

22 158.489 283.864

23 199.526 246.793

24 251.189 214.099

25 316.228 185.382

26 398.107 160.249

27 501.187 138.321

28 630.957 119.241

29 794.328 102.68

30 1000 88.3342

31 1258.93 75.9296

32 1584.89 65.2202

33 1995.26 55.9866

34 2511.89 48.0346

35 3162.28 41.1932

36 3981.07 35.3123

37 5011.87 30.2606

38 6309.57 25.9241

39 7943.28 22.2035

40 10000 19.0128

41 12589.3 16.2776

42 15848.9 13.9337

43 19952.6 11.9257

44 25118.9 10.2059

45 31622.8 8.73322

46 39810.7 7.47243

47 50118.7 6.39319

48 63095.7 5.46949

49 79432.8 4.67899

T=226.7[C]

0 1 1062.93

1 1.25893 1039.36

2 1.58489 1013.09

3 1.99526 984.01

4 2.51189 952.054

5 3.16228 917.224

6 3.98107 879.596

7 5.01187 839.333

8 6.30957 796.691

9 7.94328 752.016

10 10 705.741

11 12.5893 658.369

12 15.8489 610.455

13 19.9526 562.58

14 25.1189 515.323

15 31.6228 469.234

16 39.8107 424.807

17 50.1187 382.465

18 63.0957 342.541

19 79.4328 305.279

20 100 270.83

21 125.893 239.259

22 158.489 210.559

23 199.526 184.658

24 251.189 161.437

25 316.228 140.742

26 398.107 122.395

27 501.187 106.206

28 630.957 91.9802

29 794.328 79.5247

30 1000 68.6539

31 1258.93 59.1924

32 1584.89 50.9775

33 1995.26 43.8599

34 2511.89 37.7042

35 3162.28 32.3888

36 3981.07 27.8052

37 5011.87 23.8574

38 6309.57 20.4605

39 7943.28 17.5402

40 10000 15.0315

41 12589.3 12.8778

42 15848.9 11.0299

43 19952.6 9.4451

44 25118.9 8.08648

45 31622.8 6.92219

46 39810.7 5.92471

47 50118.7 5.07037

48 63095.7 4.33879

49 79432.8 3.71244

T=280[C]

0 1 380.817

1 1.25893 376.465

2 1.58489 371.501

3 1.99526 365.86

4 2.51189 359.477

5 3.16228 352.29

6 3.98107 344.243

7 5.01187 335.287

8 6.30957 325.388

9 7.94328 314.53

10 10 302.719

11 12.5893 289.985

12 15.8489 276.39

13 19.9526 262.026

14 25.1189 247.015

15 31.6228 231.507

16 39.8107 215.674

17 50.1187 199.704

18 63.0957 183.79

19 79.4328 168.124

20 100 152.887

21 125.893 138.236

22 158.489 124.308

23 199.526 111.206

24 251.189 99.0037

25 316.228 87.7458

26 398.107 77.4479

27 501.187 68.1022

28 630.957 59.6811

29 794.328 52.1418

30 1000 45.431

31 1258.93 39.4883

32 1584.89 34.2496

33 1995.26 29.6501

34 2511.89 25.6261

35 3162.28 22.1162

36 3981.07 19.0632

37 5011.87 16.4138

38 6309.57 14.1192

39 7943.28 12.1355

40 10000 10.4231

41 12589.3 8.94691

42 15848.9 7.67575

43 19952.6 6.58222

44 25118.9 5.64229

45 31622.8 4.83496

46 39810.7 4.14197

47 50118.7 3.54743

48 63095.7 3.03759

49 79432.8 2.60055

T=200[C]

0 1 668.254

1 1.25893 658.67

2 1.58489 647.844

3 1.99526 635.668

4 2.51189 622.045

5 3.16228 606.889

6 3.98107 590.134

7 5.01187 571.74

8 6.30957 551.702

9 7.94328 530.055

10 10 506.879

11 12.5893 482.306

12 15.8489 456.516

13 19.9526 429.739

14 25.1189 402.245

15 31.6228 374.338

16 39.8107 346.338

17 50.1187 318.571

18 63.0957 291.351

19 79.4328 264.97

20 100 239.68

21 125.893 215.691

22 158.489 193.162

23 199.526 172.203

24 251.189 152.874

25 316.228 135.191

26 398.107 119.133

27 501.187 104.649

28 630.957 91.6621

29 794.328 80.0818

30 1000 69.8052

31 1258.93 60.7246

32 1584.89 52.7313

33 1995.26 45.7187

34 2511.89 39.5843

35 3162.28 34.232

36 3981.07 29.5725

37 5011.87 25.5241

38 6309.57 22.0126

39 7943.28 18.9712

40 10000 16.3403

41 12589.3 14.0671

42 15848.9 12.1048

43 19952.6 10.4123

44 25118.9 8.95348

45 31622.8 7.69687

46 39810.7 6.61502

47 50118.7 5.68403

48 63095.7 4.88319

49 79432.8 4.19453

T=226.7[C]

0 1 424.361

1 1.25893 419.807

2 1.58489 414.621

3 1.99526 408.738

4 2.51189 402.089

5 3.16228 394.61

6 3.98107 386.237

7 5.01187 376.919

8 6.30957 366.612

9 7.94328 355.29

10 10 342.949

11 12.5893 329.607

12 15.8489 315.314

13 19.9526 300.146

14 25.1189 284.215

15 31.6228 267.66

16 39.8107 250.647

17 50.1187 233.363

18 63.0957 216.005

19 79.4328 198.776

20 100 181.872

21 125.893 165.475

22 158.489 149.742

23 199.526 134.807

24 251.189 120.771

25 316.228 107.703

26 398.107 95.6437

27 501.187 84.6049

28 630.957 74.5751

29 794.328 65.5235

30 1000 57.4044

31 1258.93 50.1615

32 1584.89 43.7317

33 1995.26 38.0485

34 2511.89 33.0444

35 3162.28 28.6532

36 3981.07 24.8111

37 5011.87 21.4582

38 6309.57 18.5388

39 7943.28 16.0019

40 10000 13.8012

41 12589.3 11.8949

42 15848.9 10.2458

43 19952.6 8.82081

44 25118.9 7.59059

45 31622.8 6.52943

46 39810.7 5.61475

47 50118.7 4.82683

48 63095.7 4.14845

49 79432.8 3.56466

T=253.3[C]

0 1 289.628

1 1.25893 287.198

2 1.58489 284.417

3 1.99526 281.244

4 2.51189 277.635

5 3.16228 273.544

6 3.98107 268.926

7 5.01187 263.738

8 6.30957 257.94

9 7.94328 251.497

10 10 244.384

11 12.5893 236.586

12 15.8489 228.105

13 19.9526 218.958

14 25.1189 209.184

15 31.6228 198.841

16 39.8107 188.008

17 50.1187 176.785

18 63.0957 165.287

19 79.4328 153.643

20 100 141.987

21 125.893 130.455

22 158.489 119.175

23 199.526 108.267

24 251.189 97.8322

25 316.228 87.9541

26 398.107 78.695

27 501.187 70.0961

28 630.957 62.179

29 794.328 54.9471

30 1000 48.389

31 1258.93 42.4807

32 1584.89 37.1894

33 1995.26 32.4757

34 2511.89 28.2964

35 3162.28 24.6064

36 3981.07 21.3605

37 5011.87 18.5145

38 6309.57 16.0263

39 7943.28 13.8563

40 10000 11.968

41 12589.3 10.3279

42 15848.9 8.90577

43 19952.6 7.67435

44 25118.9 6.6094

45 31622.8 5.6894

46 39810.7 4.89537

47 50118.7 4.21059

48 63095.7 3.62045

49 79432.8 3.11217

T=280[C]

0 1 209.259

1 1.25893 207.837

2 1.58489 206.204

3 1.99526 204.334

4 2.51189 202.196

5 3.16228 199.762

6 3.98107 196.997

7 5.01187 193.871

8 6.30957 190.351

9 7.94328 186.407

10 10 182.012

11 12.5893 177.146

12 15.8489 171.793

13 19.9526 165.95

14 25.1189 159.624

15 31.6228 152.834

16 39.8107 145.617

17 50.1187 138.022

18 63.0957 130.114

19 79.4328 121.97

20 100 113.68

21 125.893 105.336

22 158.489 97.0367

23 199.526 88.8768

24 251.189 80.9451

25 316.228 73.3202

26 398.107 66.0681

27 501.187 59.2401

28 630.957 52.8728

29 794.328 46.9876

30 1000 41.5928

31 1258.93 36.6847

32 1584.89 32.2501

33 1995.26 28.2682

34 2511.89 24.7126

35 3162.28 21.5535

36 3981.07 18.7591

37 5011.87 16.2969

38 6309.57 14.1351

39 7943.28 12.2426

40 10000 10.5904

41 12589.3 9.15124

42 15848.9 7.90022

43 19952.6 6.81464

44 25118.9 5.87407

45 31622.8 5.06022

46 39810.7 4.35681

47 50118.7 3.74946

48 63095.7 3.2255

49 79432.8 2.77381

T=170[C]

0 1 11151.4

1 1.25893 11030.7

2 1.58489 10888.6

3 1.99526 10722.1

4 2.51189 10528.2

5 3.16228 10303.7

6 3.98107 10045.6

7 5.01187 9751.31

8 6.30957 9418.82

9 7.94328 9047.14

10 10 8636.5

11 12.5893 8188.68

12 15.8489 7707.16

13 19.9526 7197.23

14 25.1189 6665.84

15 31.6228 6121.29

16 39.8107 5572.76

17 50.1187 5029.7

18 63.0957 4501.19

19 79.4328 3995.35

20 100 3518.88

21 125.893 3076.78

22 158.489 2672.25

23 199.526 2306.82

24 251.189 1980.5

25 316.228 1692.09

26 398.107 1439.51

27 501.187 1220.08

28 630.957 1030.76

29 794.328 868.4

30 1000 729.879

31 1258.93 612.215

32 1584.89 512.64

33 1995.26 428.638

34 2511.89 357.964

35 3162.28 298.636

36 3981.07 248.927

37 5011.87 207.343

38 6309.57 172.601

39 7943.28 143.608

40 10000 119.436

41 12589.3 99.2972

42 15848.9 82.5303

43 19952.6 68.5779

44 25118.9 56.9728

45 31622.8 47.3237

46 39810.7 39.3032

47 50118.7 32.6383

48 63095.7 27.101

49 79432.8 22.5014

T=183.3[C]

0 1 5774.04

1 1.25893 5737

2 1.58489 5693.01

3 1.99526 5640.88

4 2.51189 5579.34

5 3.16228 5506.94

6 3.98107 5422.16

7 5.01187 5323.42

8 6.30957 5209.13

9 7.94328 5077.77

10 10 4928.04

11 12.5893 4758.95

12 15.8489 4570.03

13 19.9526 4361.41

14 25.1189 4134.02

15 31.6228 3889.69

16 39.8107 3631.1

17 50.1187 3361.82

18 63.0957 3086.07

19 79.4328 2808.5

20 100 2533.9

21 125.893 2266.85

22 158.489 2011.43

23 199.526 1770.99

24 251.189 1548.04

25 316.228 1344.15

26 398.107 1160.05

27 501.187 995.734

28 630.957 850.569

29 794.328 723.484

30 1000 613.109

31 1258.93 517.908

32 1584.89 436.284

33 1995.26 366.658

34 2511.89 307.525

35 3162.28 257.489

36 3981.07 215.285

37 5011.87 179.78

38 6309.57 149.978

39 7943.28 125.01

40 10000 104.123

41 12589.3 86.6748

42 15848.9 72.1143

43 19952.6 59.9748

44 25118.9 49.8615

45 31622.8 41.4416

46 39810.7 34.4353

47 50118.7 28.6078

48 63095.7 23.7625

49 79432.8 19.7351

T=190[C]

0 1 4313.5

1 1.25893 4291.59

2 1.58489 4265.49

3 1.99526 4234.46

4 2.51189 4197.67

5 3.16228 4154.17

6 3.98107 4102.95

7 5.01187 4042.89

8 6.30957 3972.81

9 7.94328 3891.54

10 10 3797.93

11 12.5893 3690.95

12 15.8489 3569.8

13 19.9526 3433.99

14 25.1189 3283.47

15 31.6228 3118.76

16 39.8107 2941.01

17 50.1187 2752.02

18 63.0957 2554.25

19 79.4328 2350.72

20 100 2144.79

21 125.893 1940.02

22 158.489 1739.87

23 199.526 1547.51

24 251.189 1365.6

25 316.228 1196.17

26 398.107 1040.61

27 501.187 899.646

28 630.957 773.41

29 794.328 661.562

30 1000 563.392

31 1258.93 477.94

32 1584.89 404.091

33 1995.26 340.668

34 2511.89 286.49

35 3162.28 240.421

36 3981.07 201.399

37 5011.87 168.456

38 6309.57 140.722

39 7943.28 117.428

40 10000 97.9012

41 12589.3 81.5603

42 15848.9 67.9041

43 19952.6 56.5047

44 25118.9 46.9983

45 31622.8 39.0769

46 39810.7 32.4808

47 50118.7 26.9912

48 63095.7 22.4247

49 79432.8 18.6275

T=270[C]

0 1 2184.8

1 1.25893 2167.76

2 1.58489 2148.49

3 1.99526 2126.72

4 2.51189 2102.21

5 3.16228 2074.7

6 3.98107 2043.92

7 5.01187 2009.61

8 6.30957 1971.52

9 7.94328 1929.44

10 10 1883.18

11 12.5893 1832.62

12 15.8489 1777.7

13 19.9526 1718.44

14 25.1189 1654.94

15 31.6228 1587.45

16 39.8107 1516.28

17 50.1187 1441.9

18 63.0957 1364.85

19 79.4328 1285.78

20 100 1205.42

21 125.893 1124.54

22 158.489 1043.93

23 199.526 964.381

24 251.189 886.632

25 316.228 811.357

26 398.107 739.143

27 501.187 670.471

28 630.957 605.71

29 794.328 545.119

30 1000 488.845

31 1258.93 436.938

32 1584.89 389.361

33 1995.26 346.005

34 2511.89 306.704

35 3162.28 271.249

36 3981.07 239.401

37 5011.87 210.905

38 6309.57 185.496

39 7943.28 162.91

40 10000 142.889

41 12589.3 125.185

42 15848.9 109.563

43 19952.6 95.8044

44 25118.9 83.708

45 31622.8 73.0884

46 39810.7 63.7774

47 50118.7 55.6229

48 63095.7 48.4885

49 79432.8 42.252

T=283.3[C]

0 1 1091.54

1 1.25893 1085.91

2 1.58489 1079.5

3 1.99526 1072.22

4 2.51189 1063.96

5 3.16228 1054.62

6 3.98107 1044.07

7 5.01187 1032.18

8 6.30957 1018.83

9 7.94328 1003.89

10 10 987.231

11 12.5893 968.731

12 15.8489 948.282

13 19.9526 925.793

14 25.1189 901.198

15 31.6228 874.464

16 39.8107 845.598

17 50.1187 814.651

18 63.0957 781.728

19 79.4328 746.988

20 100 710.646

21 125.893 672.968

22 158.489 634.269

23 199.526 594.901

24 251.189 555.243

25 316.228 515.682

26 398.107 476.604

27 501.187 438.376

28 630.957 401.332

29 794.328 365.763

30 1000 331.912

31 1258.93 299.965

32 1584.89 270.053

33 1995.26 242.253

34 2511.89 216.595

35 3162.28 193.063

36 3981.07 171.608

37 5011.87 152.151

38 6309.57 134.589

39 7943.28 118.809

40 10000 104.684

41 12589.3 92.0859

42 15848.9 80.8841

43 19952.6 70.9519

44 25118.9 62.167

45 31622.8 54.414

46 39810.7 47.5848

47 50118.7 41.5796

48 63095.7 36.3068

49 79432.8 31.6833

T=296.7[C]

0 1 589.31

1 1.25893 587.211

2 1.58489 584.814

3 1.99526 582.079

4 2.51189 578.964

5 3.16228 575.419

6 3.98107 571.394

7 5.01187 566.831

8 6.30957 561.669

9 7.94328 555.844

10 10 549.289

11 12.5893 541.934

12 15.8489 533.71

13 19.9526 524.55

14 25.1189 514.391

15 31.6228 503.175

16 39.8107 490.86

17 50.1187 477.413

18 63.0957 462.822

19 79.4328 447.098

20 100 430.276

21 125.893 412.419

22 158.489 393.62

23 199.526 374.001

24 251.189 353.714

25 316.228 332.931

26 398.107 311.846

27 501.187 290.663

28 630.957 269.589

29 794.328 248.827

30 1000 228.571

31 1258.93 208.993

32 1584.89 190.24

33 1995.26 172.435

34 2511.89 155.669

35 3162.28 140.004

36 3981.07 125.474

37 5011.87 112.087

38 6309.57 99.8303

39 7943.28 88.672

40 10000 78.5663

41 12589.3 69.4571

42 15848.9 61.2807

43 19952.6 53.9696

44 25118.9 47.4544

45 31622.8 41.6661

46 39810.7 36.5375

47 50118.7 32.0042

48 63095.7 28.0056

49 79432.8 24.4851

T=310[C]

0 1 340.064

1 1.25893 339.194

2 1.58489 338.199

3 1.99526 337.061

4 2.51189 335.761

5 3.16228 334.278

6 3.98107 332.587

7 5.01187 330.661

8 6.30957 328.473

9 7.94328 325.991

10 10 323.18

11 12.5893 320.005

12 15.8489 316.428

13 19.9526 312.409

14 25.1189 307.909

15 31.6228 302.887

16 39.8107 297.308

17 50.1187 291.137

18 63.0957 284.345

19 79.4328 276.91

20 100 268.822

21 125.893 260.08

22 158.489 250.698

23 199.526 240.706

24 251.189 230.15

25 316.228 219.093

26 398.107 207.615

27 501.187 195.809

28 630.957 183.784

29 794.328 171.652

30 1000 159.534

31 1258.93 147.546

32 1584.89 135.804

33 1995.26 124.409

34 2511.89 113.455

35 3162.28 103.017

36 3981.07 93.1539

37 5011.87 83.9092

38 6309.57 75.3087

39 7943.28 67.3631

40 10000 60.0697

41 12589.3 53.4146

42 15848.9 47.3746

43 19952.6 41.9198

44 25118.9 37.0151

45 31622.8 32.6227

46 39810.7 28.7032

47 50118.7 25.2166

48 63095.7 22.124

49 79432.8 19.3878

T=198.3[C]

0 1 1027.71

1 1.25893 1026.29

2 1.58489 1024.59

3 1.99526 1022.55

4 2.51189 1020.09

5 3.16228 1017.15

6 3.98107 1013.63

7 5.01187 1009.41

8 6.30957 1004.38

9 7.94328 998.374

10 10 991.231

11 12.5893 982.756

12 15.8489 972.729

13 19.9526 960.91

14 25.1189 947.039

15 31.6228 930.841

16 39.8107 912.035

17 50.1187 890.351

18 63.0957 865.543

19 79.4328 837.415

20 100 805.845

21 125.893 770.814

22 158.489 732.431

23 199.526 690.954

24 251.189 646.799

25 316.228 600.535

26 398.107 552.864

27 501.187 504.578

28 630.957 456.513

29 794.328 409.491

30 1000 364.26

31 1258.93 321.456

32 1584.89 281.569

33 1995.26 244.932

34 2511.89 211.721

35 3162.28 181.977

36 3981.07 155.62

37 5011.87 132.488

38 6309.57 112.355

39 7943.28 94.9593

40 10000 80.0233

41 12589.3 67.2683

42 15848.9 56.4262

43 19952.6 47.2463

44 25118.9 39.4995

45 31622.8 32.9805

46 39810.7 27.5077

47 50118.7 22.9222

48 63095.7 19.0866

49 79432.8 15.8828

T=211.7[C]

0 1 819.552

1 1.25893 818.612

2 1.58489 817.482

3 1.99526 816.124

4 2.51189 814.492

5 3.16228 812.534

6 3.98107 810.186

7 5.01187 807.373

8 6.30957 804.008

9 7.94328 799.989

10 10 795.196

11 12.5893 789.495

12 15.8489 782.73

13 19.9526 774.727

14 25.1189 765.294

15 31.6228 754.224

16 39.8107 741.297

17 50.1187 726.29

18 63.0957 708.988

19 79.4328 689.196

20 100 666.758

21 125.893 641.577

22 158.489 613.639

23 199.526 583.034

24 251.189 549.967

25 316.228 514.772

26 398.107 477.903

27 501.187 439.92

28 630.957 401.456

29 794.328 363.176

30 1000 325.734

31 1258.93 289.726

32 1584.89 255.656

33 1995.26 223.914

34 2511.89 194.763

35 3162.28 168.343

36 3981.07 144.683

37 5011.87 123.721

38 6309.57 105.325

39 7943.28 89.3158

40 10000 75.4844

41 12589.3 63.6094

42 15848.9 53.4692

43 19952.6 44.8501

44 25118.9 37.5527

45 31622.8 31.3948

46 39810.7 26.213

47 50118.7 21.8629

48 63095.7 18.2183

49 79432.8 15.1697

T=225[C]

0 1 665.635

1 1.25893 664.99

2 1.58489 664.214

3 1.99526 663.281

4 2.51189 662.16

5 3.16228 660.813

6 3.98107 659.197

7 5.01187 657.26

8 6.30957 654.939

9 7.94328 652.162

10 10 648.847

11 12.5893 644.894

12 15.8489 640.193

13 19.9526 634.616

14 25.1189 628.021

15 31.6228 620.25

16 39.8107 611.135

17 50.1187 600.496

18 63.0957 588.152

19 79.4328 573.931

20 100 557.675

21 125.893 539.263

22 158.489 518.62

23 199.526 495.744

24 251.189 470.714

25 316.228 443.708

26 398.107 415.004

27 501.187 384.982

28 630.957 354.101

29 794.328 322.879

30 1000 291.856

31 1258.93 261.561

32 1584.89 232.471

33 1995.26 204.987

34 2511.89 179.417

35 3162.28 155.964

36 3981.07 134.732

37 5011.87 115.739

38 6309.57 98.9268

39 7943.28 84.1852

40 10000 71.3652

41 12589.3 60.2961

42 15848.9 50.7979

43 19952.6 42.691

44 25118.9 35.8029

45 31622.8 29.9729

46 39810.7 25.0548

47 50118.7 20.9172

48 63095.7 17.4443

49 79432.8 14.5352

T=282[C]

0 1 125.892

1 1.25893 125.531

2 1.58489 125.127

3 1.99526 124.673

4 2.51189 124.165

5 3.16228 123.596

6 3.98107 122.961

7 5.01187 122.251

8 6.30957 121.46

9 7.94328 120.579

10 10 119.601

11 12.5893 118.515

12 15.8489 117.313

13 19.9526 115.985

14 25.1189 114.522

15 31.6228 112.914

16 39.8107 111.153

17 50.1187 109.23

18 63.0957 107.137

19 79.4328 104.87

20 100 102.424

21 125.893 99.7961

22 158.489 96.9877

23 199.526 94.0018

24 251.189 90.8451

25 316.228 87.5275

26 398.107 84.0625

27 501.187 80.4671

28 630.957 76.7613

29 794.328 72.9684

30 1000 69.1139

31 1258.93 65.2249

32 1584.89 61.3298

33 1995.26 57.457

34 2511.89 53.6342

35 3162.28 49.8879

36 3981.07 46.2421

37 5011.87 42.7185

38 6309.57 39.3355

39 7943.28 36.1079

40 10000 33.0473

41 12589.3 30.1616

42 15848.9 27.4557

43 19952.6 24.9311

44 25118.9 22.587

45 31622.8 20.4199

46 39810.7 18.4246

47 50118.7 16.5944

48 63095.7 14.9215

49 79432.8 13.397

T=289.3[C]

0 1 101.205

1 1.25893 100.946

2 1.58489 100.656

3 1.99526 100.329

4 2.51189 99.964

5 3.16228 99.5546

6 3.98107 99.0965

7 5.01187 98.5845

8 6.30957 98.0129

9 7.94328 97.3757

10 10 96.6664

11 12.5893 95.878

12 15.8489 95.0035

13 19.9526 94.0355

14 25.1189 92.9662

15 31.6228 91.7882

16 39.8107 90.494

17 50.1187 89.0763

18 63.0957 87.5286

19 79.4328 85.8451

20 100 84.021

21 125.893 82.0532

22 158.489 79.9399

23 199.526 77.6817

24 251.189 75.2815

25 316.228 72.7445

26 398.107 70.0788

27 501.187 67.2955

28 630.957 64.4082

29 794.328 61.4331

30 1000 58.389

31 1258.93 55.2963

32 1584.89 52.1769

33 1995.26 49.0536

34 2511.89 45.9491

35 3162.28 42.8856

36 3981.07 39.8842

37 5011.87 36.9643

38 6309.57 34.1429

39 7943.28 31.4349

40 10000 28.8519

41 12589.3 26.4032

42 15848.9 24.095

43 19952.6 21.931

44 25118.9 19.9125

45 31622.8 18.0386

46 39810.7 16.3065

47 50118.7 14.712

48 63095.7 13.2497

49 79432.8 11.9132

T=296.7[C]

0 1 82.217

1 1.25893 82.0282

2 1.58489 81.8161

3 1.99526 81.5781

4 2.51189 81.311

5 3.16228 81.0117

6 3.98107 80.6764

7 5.01187 80.3014

8 6.30957 79.8822

9 7.94328 79.4144

10 10 78.8928

11 12.5893 78.3123

12 15.8489 77.6673

13 19.9526 76.9519

14 25.1189 76.1601

15 31.6228 75.2857

16 39.8107 74.3226

17 50.1187 73.2647

18 63.0957 72.1063

19 79.4328 70.842

20 100 69.4673

21 125.893 67.9783

22 158.489 66.3726

23 199.526 64.6489

24 251.189 62.808

25 316.228 60.8521

26 398.107 58.7858

27 501.187 56.616

28 630.957 54.3516

29 794.328 52.004

30 1000 49.5866

31 1258.93 47.1146

32 1584.89 44.6047

33 1995.26 42.0749

34 2511.89 39.5434

35 3162.28 37.0289

36 3981.07 34.5491

37 5011.87 32.1212

38 6309.57 29.7606

39 7943.28 27.481

40 10000 25.2943

41 12589.3 23.2097

42 15848.9 21.2344

43 19952.6 19.3735

44 25118.9 17.6296

45 31622.8 16.0036

46 39810.7 14.4947

47 50118.7 13.1006

48 63095.7 11.8176

49 79432.8 10.6414