A computative exploration is engraved on synchronized heat and mass transmission in a stream across a wedge. The problem has been executed for MHD incompressible viscous fluid, which annexes the impact of thermophoresis. The sequels of chemical reactions and energy sources have also been encountered. The resulting equations are transmuted as nondimensional forms and a numerical method is executed to solve the same. The numerical results for velocity, temperature, and concentration distributions are illustrated in the form of graphs for various dimensionless parameters affecting the problem. Numerical data are computed for skin friction coefficient, Nusselt number, and Sherwood number for different parameters. The results have been depicted for possible cases by means of pictorial visualizations. The present study has importance in various sectors of industrial and engineering applications.
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