Exploring the variable features of electrically conducting and slippery wavy flows of generalized chemically reactive Newtonian fluid

An analysis of the prominent translation and storage effects is considered in the presence of a wavy flow of generalized Newtonian fluid, namely Cross fluid. A class of practical applications is related to the significance of a reservoir in terms of water and other liquid materials which helps to bind the stream's natural flows. In particular, the fluid reservoir is also experiencing some natural and forced convection, which can be practically represented via the mixed convection phenomenon. However, the current assumptions for the entire study indicate the physical effects of gravity, activation energy, viscous dissipation, wavy surface amplitude, Joule heating, and vertical external magnetic field. All the results are disposed of in the form of wavy flow speed, thermal as well as concentration plots. Furthermore, the drag forces along vertical and horizontal directions, rate of heat, and mass flows are illustrated to show the surface force effect on the flow. The amplitude enhances the drag force and an opposite trend is noticed in the visualization of the rate of heat transfer. The higher Lorentz forces and Weissenberg number reduced the flow velocity of the liquid. The rate of mass transfer is escalated through larger values of Schmidt number and reduced for higher values of activation energy. The larger variation in the Richardson number escalates the flow speed of the materials. A well-matched comparison with the previous results is provided to show the validity of the method.