[PDF] Top 20 Solving New Type of Linear Equations by Using New Transformation

... Laplace transformation of the function is defined. In this paper we define a new transformation which is work to solve the ...(new type of linear ordinary differential ... See full document

... Where f D R : ⊂ → R is a scalar function on an open interval D and f (x) may be algebraic, transcendental or combined of both. The most widely used algorithm for solving (1.1) by the use of value of the function ... See full document

... a new approach for solving linear fractional programming problem (LFP) by converting it into a single Linear Programming (LP) Problem, which can be solved by using any type of ... See full document

... for solving the various types of equations by various ...The equations may be like linear, quadratic, simultaneous, radial, and exponential as well as the equations with the number of ... See full document

... of equations can be handled by some distinct methods such as, direct computation method, the modified Adomian method, the successive approximations method, and the series solution method, see Waswas ...for ... See full document

... simulations linear equations play a major role in various areas such as mathe- matics, physics, statistics, engineering and social ...fuzzy linear systems and solve ...treating linear systems ... See full document

... for solving the linear systems of tridiagonal type have already ...for solving tridiagonal linear systems of equations via ...The new symbolic algo- rithms remove the ... See full document

... a new two-parameters family of iterative methods for solving non-linear equations and prove that the order of convergence of these methods is at least ...these new methods require two ... See full document

... Hafiz, New two-step predictor-corrector method with ninth order convergence for solving nonlinear equations, Journal of Advances in Mathematics ,2, 432-437, ... See full document

... propose new iterative algorithms for solving a system of linear equations, possibly singular and inconsistent, presenting outstanding performances regarding ill-conditioning and error ... See full document

... of linear equations. Solving a system of equations is regarded again as an optimization ...not new, since similar approaches were proposed also in [3, 4, 5, ...for solving a ... See full document

... relatively new for solving fuzzy fractional differential equations using Adomian decomposition method (ADM) where the fractional derivative is assumed in terms Riemann-Livoullie ... See full document

... 0.000000 0.000000 0.000000 0.00000 0.100000 0.001000 0.001000 0.00000 0.200000 0.008000 0.008000 0.00000 0.300000 0.027000 0.027000 0.00000 0.400000 0.064000 0.064000 0.00000 0.500000 0.125000 0.125000 0.00000 0.600000 ... See full document

... to equations; perform statistical calculations; operate on matrices, and; perform more advanced mathematical functions, such as algebra, geometry and advanced statistics (Kor & Lim, ...as new technology ... See full document

... This paper is organized as follows. Section 2 provides some preliminaries which are needed. Section 3 is devoted to suggest two iterative methods by using a new quadrature rule based on spline functions. ... See full document

... technique.Examples presented here belong to dif- ferent categories such as linear or nonlinear prob- lem with smooth or none-smooth kernel and so- lution.Nevertheless, our results only apply to the given examples; ... See full document

... differential equations and is present in relativistic quantum me- chanics and field theory, which is immensely important for the high energy physicist [1], and is employed for the modeling of various phenomena, ... See full document

... a new fifth-order iterative method to find a simple root of the nonlinear ...nonlinear equations have many applications in science and ...The new Simpson-type method requires the same amount ... See full document

... A new simplified analytical formula is given for solving the Cauchy problem for a homogeneous system of fractional order linear differential equations with constant coefficients ... See full document

... for solving linear and nonlinear multi-order fractional differential equations based on the new definition of fractional derivative which is recently presented by Khalil, ...A new ... See full document