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Wind tunnel measurements of the pressure and skin friction around a NACA 2415 airfoil at 8 degrees angle of attack resulted in the following data

Wind tunnel measurements of the pressure and skin friction around a NACA 2415 airfoil at 8 degrees angle of attack resulted in the following data of pressure and skin friction coefficients Cp(I) and Cf(I) at locations X(I) & Y(I) over the airfoil.

X

Y

Cp

Cf*10^3

1

0.00157

0.00122

0.5

0.9974

0.00223

0.00432

1

0.9893

0.00419

0.00876

2

0.9759

0.00739

-0.0126

3

0.95733

0.01172

-0.0165

5

0.93377

0.01705

-0.0211

5

0.90548

0.02323

-0.0313

6

0.87275

0.03006

-0.0279

6

0.83591

0.03738

-0.1911

6

0.79536

0.04498

-0.2321

6

0.75154

0.05267

-0.261

6

0.7049

0.06025

-0.3452

6

0.65595

0.06753

-0.4233

6

0.60524

0.07431

-0.5043

6

0.55331

0.0804

-0.5467

6

0.50074

0.08562

-0.7654

6

0.44811

0.08978

-0.9391

6

0.39597

0.09272

-0.9453

6

0.34448

0.09409

-1.0876

7

0.29469

0.09366

-1.2

7

0.24722

0.0914

-1.3233

8

0.20261

0.08736

-1.4203

8

0.16142

0.08163

-1.7688

8

0.12411

0.07438

-1.8716

9

0.09112

0.0658

-2.0511

9

0.06282

0.05615

-2.2698

9

0.03952

0.04566

-2.3861

9

0.02145

0.0346

-2.6653

9

0.00878

0.02319

-0.544

9

0.00161

0.01161

-0.3443

10

0

0

0

0

0.00387

-0.01106

0.61

15

0.01308

-0.02103

1

15

0.0275

-0.02985

0.9209

14

0.04694

-0.03748

0.8521

12

0.07115

-0.04387

0.4246

11

0.09986

-0.04899

0.2765

9

0.13275

-0.05282

0.2192

8

0.16945

-0.05539

0.1835

7

0.2096

-0.05676

0.2543

7

0.25278

-0.05703

0.24011

7

0.29857

-0.05633

0.27001

7

0.34651

-0.05483

0.29

7

0.39612

-0.05272

0.24132

8

0.44737

-0.05003

0.23888

8

0.49926

-0.04673

0.23421

8

0.55122

-0.04298

0.23234

9

0.60267

-0.03893

0.1731

9

0.65306

-0.03472

0.13002

9

0.70184

-0.03048

0.12882

8

0.74846

-0.02628

0.12799

7

0.79242

-0.02222

0.171

7

0.83322

-0.01836

0.0862

6

0.8704

-0.01477

0.061

6

0.90354

-0.01151

0.0572

6

0.93225

-0.00862

0.0473

6

0.95622

-0.00616

0.0132

5

0.97516

-0.00419

0.00931

5

0.98885

-0.00275

0.0081

5

0.99712

-0.00187

0.00061

5

1

-0.00157

0.0029

4

Calculate the lift, drag and moment coefficients. Use two different numerical approaches to compare your results.

I need the solution on how to solve this using MATLAB, if that is not possible i just need the steps/formula on how to solve it and i will try to input it in MATLAB myself

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