The inclined magnetohydrodynamics and heat transfer on non- Newtonian fluid flows through a stretching/shrinking sheet is inves- tigated the present analysis. The conservation of mass, momen- tum and energy equations are non-dimensionalised into the set of highly nonlinear ODEs by using similarity transformation. An analyt- ical expression is obtained for velocity. The consequence of several flow physical constraints on the fluid velocity variable, the skin fric- tion coefficient, the temperature distribution, and the Nusselt num- ber, including nanoparticle volume fraction constraint are discussed. Laplace transform is utilized to explain the heat transfer equation with radiation and get the analytical result in expressions of incom- plete gamma function. The differences in velocity and temperature profiles with respect to several relevant physical parameters are investigated.

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