Computational Treatment of Transient MHD Slip Flow of an Arrhenius Chemical Reaction in a Convectively Heated Vertical Channel

A numerical computational treatment of transient electrically conducting fluid with an Arrhenius chemical reaction in the presence Navier slip and Newtonian heating is obtained by using implicit finite difference scheme. transverse magnetic field applied to flow direction due exothermic nature fluid. Numerical computation shows that, higher values Frank-Kamenetskii parameter (λ) Biot number (Br) significantly influence transport phenomenon. Irrespective smaller or larger time, Magnetic (M) reduces velocity as well wall shear stress.