Abstract
A theoretical investigation is carried out for diverse characteristics of flat Sheet surface for Cross fluid in presence of Lorentz's forces. Furthermore, the prodigious aspect of current review work is to consider the characteristics of homogeneous-heterogeneous processes, thermal radiation and non-uniform heat sink-source. Mathematical modeling of presented physical model is carried out in bidirectional coordinate system and formulated system of PDEs is simplified in ODEs via implementation of applicable transformations. Numerical algorithm is utilized to obtain convergent solutions. Importance of distinct variables against distributions of thermal and solutal are manifested through graphs. Outcomes of current physical model are presented through graphical data and in tabular form. Furthermore, graphical analysis reveals that velocity profile diminishes function of larger Magneto-hydrodynamic number. Additionally, it is evaluated that increasing values of heat source parameter and radiation parameter are exhibited the increasing behavior.