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Cubic Iterated Methods of Numerical Differential Method for Solving Non-Linear Physical Functions
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In this research two iterated methods have been developed for solving non-linear equations, which arises in applied sciences and engineering. The proposed iterated methods are converged cubically, and it is derived from modified euler method and improved euler method with steffensen method. The cubic iterated methods of numerical differential method are work on physical application functions and compared with variant newton iterated method. The numerical outcome of proposed cubic iterated methods of numerical differential method is examined with C++/MATLAB. From the numerical results, it can be observed that the cubic iterated methods of numerical differential method are good for accuracy point of view, iteration perception and function evaluation as the assessment of variant newton iterated method for solving non-linear physical functions.
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Title: Cubic Iterated Methods of Numerical Differential Method for Solving Non-Linear Physical Functions
Description:
In this research two iterated methods have been developed for solving non-linear equations, which arises in applied sciences and engineering.
The proposed iterated methods are converged cubically, and it is derived from modified euler method and improved euler method with steffensen method.
The cubic iterated methods of numerical differential method are work on physical application functions and compared with variant newton iterated method.
The numerical outcome of proposed cubic iterated methods of numerical differential method is examined with C++/MATLAB.
From the numerical results, it can be observed that the cubic iterated methods of numerical differential method are good for accuracy point of view, iteration perception and function evaluation as the assessment of variant newton iterated method for solving non-linear physical functions.
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