This study incorporates the numerical behavior of radiative flow of electrically conductive viscous fluid though
porous medium with slip effects. The boundary is supposed to be convective during the flow. The governing
nonlinear partial differential equations are transformed into its corresponding ode’s with the help of suitable
similarity transformations. Numerical technique is used to solve the system of ordinary differential equations.
Effects of pertinent parameters on velocity and fluid temperature are plotted graphically. The velocity of fluid
reduces due to opposing force offer by magnetic field whereas temperature rises.