Convection unsteady MHD of Chemical reaction Burgers fluid flow over a stretching sheet in presence of radiation and heat source with surface boundary condition

In this article, the problem is analyzed in a theoretical way and based on time-dependent for the execution of mixed convection unsteady magnetohydrodynamic flow of Burgers fluid in presence of thermal radiation and heat source with surface boundary condition. The ordinary differential equations are solved by the Runge-Kutta method associated with shooting technique. We study the influence of the physical parameters on radiation effect, magnetic field effect, temperature, concentration and velocity profiles in unsteady mixed convection with the help of graphical results and tabulated are used to record skin friction, heat and mass transfer at the boundary surface. It improves the heat transfer rate and controls the flow. It is curious to compare the unsteady-state and steady-state Burgers fluid flow, it is clear that there is a smooth transition in the unsteady state than the steady-state and also within less time fluid flow is smooth motion in the unsteady state than the steady-state.