Fluid Flow in Between the Differentially Rotating Spherical Shells in the Presence of Toroidal Magnetic Field

The behavior of fluid flow in differentially rotating shells with radii a and b where a < b, is discussed in the magnetic field’s presence. Out of the two significant elements of the magnetic field which are toroidal and poloidal, the toroidal magnetic field plays the dominant role for determining the behavior of fluid flow in the case of the rotating bodies. The solution for modelled equations is observed by perturbation method. Also the solution for flow quantities are observed by variable separable method for specific value of constant used in the abovementioned method.