A laminar flow of constant density and constant viscosity at steady state flows thought the two flat and parallel infinite plate. The upper plate is mowing while lower plate is stationary. The flow upper plate: moving is driven by the pressure gradient in the x direction. The velocity profile is desired to be derived for this system. Then – What are the correct answers? 20 lower plate: stationary ay c) PS, 0 200 b- Write the equation to find out the velocity profile. X flow direction dy Examine any velocity change in flow direction. d- Reorganize the equation you wrote in choice B depending on your answers above. – Perform the differential process for reorganized equation to get velocity profile below dP Uy+cly + c2 Zuidx Then what are the boundary conditions for ciand c2? a) at y = 0, y = 0 b) at y = 0, v, – v C) at y = h, v, – 0 d) at y = h, v, v f- Find out the ci and c2 depending on your answer for choice E.