ExplanationThis is the code to implement Rungi Kutta Method, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codefunction [k]= rungi(u,v,h) Output
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ExplanationThis is the code to implement Romberg Integration Formula, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codefunction [z]= romberg(u,v,h) OutputExplanationThis is the code to implement Trapezoidal Rule, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codefunction [z]= trapizidal(x,y,h) OutputExplanationThis is the code to implement Stirling's Interpolation Formula, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codet=[1.2 1.4 1.6 1.8 2.0]; OutputExplanationThis is the code to implement Euler Formula To Solve Ordinary Differential Equations, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codefunction [output]=question1(a,b,h); OutputExplanationThis is the code to implement Simpson's 1/3rd Rule, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codefunction [z]= simpson(x,y,h) OutputExplanationThis is the code to implement newton's backward interpolation formula, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codex=[0 8 16 24 32 40]; OutputExplanationThis is the code to implement newton's forward interpolation formula, which is important concept of numerical methods subject, by using matlab software. You can change the code to get desired results. Matlab Codex=[0 2 4 7 10 12]; Explanation:Difference table is important concept of numerical methods/analysis. Here matlab code to produce difference table automatically is presented. This code produces table of predefined values. But you can also produce your own difference table by a little change in code. Matlab Codex=[-1 0 1 2 3 4 5 6 7]; Output |
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