This paper contains formulae which define such parameters of the steady laminar now of power-law fluid between rotating surfaces of revolution as the velocity components v(x), v(theta), v(y) and pressure p. The linearized equations of motion of the power-law fluid flow for axial symmetry in the intrinsic curvilinear coordinate system x, theta, y are used. The solutions of the equations of motion have been illustrated by the example of fluid now through the slat of constant thickness between rotating disks and between rotating spherical surfaces.