Influence of energy activation on MHD flow of Prandtl Nano liquid with chemical reaction

An investigation is accomplished to scrutinize the outcome of energy activation on MHD flow of Prandtl Nano-liquid with chemical reaction. The governing PDEs are transmuted into ODEs using appropriate transformation, which are numerically solved via RK scheme along with shooting method. Graphical results explain the effect of velocity, temperature and nanoparticles concentration. Moreover, drag coefficient, Nusselt and Sherwood number are deliberated and offered via table. Results show that liquid velocity enhances by increasing Prandtl parameter as well as elastic parameter, whereas reverse activities are noted for temperature and nanoparticles concentration profiles.