arise in various branches of physics, engineering and applied sciences. The importance of obtaining the exact or approximate solutions of nonlinear partial differential equations in physics and mathematics is still a significant problem that needs new methods to discover exact or approximate solutions. Most new nonlinear equations do not have a precise analytic solution; so, numerical methods have largely been used to handle these equations. There are also analytic techniques for
nonlinear equations. Some of the classic analytic methods are Lyapunov’s artificial small parameter method [1],