Abstract
The article focuses the investigation on Maxwell nanoliquid, under the influence of magnetic field, swimming microorganisms and stratification flow over a vertical stretchy sheet. The physical model is reduced to higher order nonlinear ordinary systems using similarity variables. The homotopy technique has been implemented to solve the ordinary system. The study of heat and mass transfer rate of nanoparticles among with swimming microorganisms is performed employing difference in various parameters and these outcomes are represented using graphs. Relaxation time parameter act as an important role in diminishing velocity profile and the reverse trend found for mixed convection parameter.
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