Unsteady Couette Flow Past Between Two HorizontalRiga Plates With Hall and Ion Slip Current

In this article, we have investigated an unsteady Couette flow past between two horizontal Riga plates with the Hall and Ion-slip effects. Riga plate is the combination of electrodes and permanent magnets that creates a plane surface that produced the electromagnetic hydrodynamic fluid behavior and mostly uses in industrial processes with fluid flow affairs. It is used as an agent to reduce skin friction and also diminish the turbulent effects. The numerical solutions are acquired by using the explicit finite difference method and estimated results have been gained for various values of dimensionless pressure gradient parameter, the Hall and Ion-slip parameters, modified Hartmann number, Prandtl number, Eckert number. The expression of skin friction and Nusselt number has been computed and the outcomes of the relevant parameters on various distributions have been sketched and presented as well as graphically.