Impact of Rotation and Chemical Reactions on MHD Mixed Convection Flow over an Inclined Heated Porous Plate with Heat and Mass Transfer Analysis

The impact of rotation and chemical reaction are examined concerning the MHD flow of incompressible, viscous, and electrically conducting fluid over an inclined moving heated porous plate. It has been described how mass transfer affects MHD mixed convection flow across an infinite vertical plate. The perturbation approach is utilized to solve the coupled partial differential equations that are non-linear. Graphs have been used to study and analyze the effects of various relevant parameters on concentration profile, temperature, and velocity profile. These parameters include the Schmidt number (Sc), Grashof number (Gr), Prandtl number(Pr), modified Grashof number(Gm), heat source (ϕ), Rotational (R), chemical reaction (γ), magnetic field (M) permeability parameter (K) and angle of inclination (α). An explanation of the linked heat and mass transport processes is given. We noticed that the velocity decreases for rising the value of Rotational R. The findings of the current study are comparison with the outcome obtained by Veeresh C et al. in the presence of Rotational; our results seem to be in useful accord with the data that are already available.