This paper pronounces a modified numerical scheme to the conventional formula of Newton-Raphson for solving the nonlinear and transcendental equations especiallythose which cannot be solved by the basic algebra. Finding the derivative of a function is difficult in some case of problems. The present formula is made with the target toaloof the need of obtaining the derivative of the function. Comparative analysis shows that the present method is faster than Newton-Raphson method, Adomian method,Rabolian method, Abbasbandy method, Basto method & Feng method. Iteration cost-effective parameters – number of iteration steps & the value of effective error is alsofound to be minimum than these methods
<p>System of nonlinear equations<em> </em>is a collection<em> </em>of some<em> </em>nonlinear<em> </...
Non-linear equations are one of the studies in mathematics. Root search in complex non-linear equati...
In this paper, we use the system of coupled equation involving auxiliary function with decomposition...
Generally a range of equation solvers for estimating the solution of an equation contain the derivat...
Numerical methods are used to approximate solutions of equations when exact solutions can not be det...
We have made an effort to design an accurate numerical strategy to be applied in the vast computing ...
This paper presents a new method for solving nonlinear equations. The method is derivative-free and ...
This paper proposes a modified hybrid method for solving non-linear equations that improves computat...
Abstract: This paper studied the difference between the used of built in derivative function of scie...
A new method for finding approximate solutions of nonlinear algebraic equations is proposed. Here we...
The paper describes a new technique for finding real roots of both algebraic and transcendental non-...
In the past, the use of higher order iterative methods for solving a system of nonlinear equations h...
Nonlinear problem is one of the most frequently occurring problems in scientific works especially i...
The objective of this paper is to propose two new hybrid root finding algorithms for solving transce...
17 USC 105 interim-entered record; under temporary embargo.A new high-order derivative-free method f...
<p>System of nonlinear equations<em> </em>is a collection<em> </em>of some<em> </em>nonlinear<em> </...
Non-linear equations are one of the studies in mathematics. Root search in complex non-linear equati...
In this paper, we use the system of coupled equation involving auxiliary function with decomposition...
Generally a range of equation solvers for estimating the solution of an equation contain the derivat...
Numerical methods are used to approximate solutions of equations when exact solutions can not be det...
We have made an effort to design an accurate numerical strategy to be applied in the vast computing ...
This paper presents a new method for solving nonlinear equations. The method is derivative-free and ...
This paper proposes a modified hybrid method for solving non-linear equations that improves computat...
Abstract: This paper studied the difference between the used of built in derivative function of scie...
A new method for finding approximate solutions of nonlinear algebraic equations is proposed. Here we...
The paper describes a new technique for finding real roots of both algebraic and transcendental non-...
In the past, the use of higher order iterative methods for solving a system of nonlinear equations h...
Nonlinear problem is one of the most frequently occurring problems in scientific works especially i...
The objective of this paper is to propose two new hybrid root finding algorithms for solving transce...
17 USC 105 interim-entered record; under temporary embargo.A new high-order derivative-free method f...
<p>System of nonlinear equations<em> </em>is a collection<em> </em>of some<em> </em>nonlinear<em> </...
Non-linear equations are one of the studies in mathematics. Root search in complex non-linear equati...
In this paper, we use the system of coupled equation involving auxiliary function with decomposition...