The effects of thermal radiation, heat generation, chemical reaction and suction/injection on heat and mass transfer
characteristics over a stretching surface subjected to three dimensional flow are studied. The governing boundary layer
equations are transformed to ordinary differential equations containing thermal radiation parameter, heat generation
parameter,suction/injection parameter, stretching ratio parameter, chemical reaction parameter, prandtl and Schmidt
number. These equations are solved through applying symbolic computation to Runge-Kutta technique in order to solve
four point boundary value problem. The velocity, temperature and concentration profiles are plotted and discussed in
details for various values of the different embedded flow parameters.