Please show clear process with formulas please. To effectively understand how to deal with this type of problem. Thanks!

An incompressible viscous liquid is placed between two large parallel plates of surface area A as shown in the first Figure below. The bottom plate is fixed, and the upper plate moves with a constant velocity, V. Under these conditions, the velocity distribution between the plates is linear and can be expressed as: Ux = (V/8) y The following values are available for this problem: u = 14 [CP); 8 = 2.2 [mm]; V=1.1 [cm/s]; A = 0.75 [m2] Unless specified otherwise, enter absolute values in numerical answers. Please, answer the following in the specified units, if any: (a) The shear stress at y = 8: -0.07 x [Pa] (b) The momentum flux at y = 0: 0.07 [kg/m-s2] (c) The force required to be applied to the upper plate: 0.052 IN Moving plate UX Fixed plate