ansys please

Q1: A heat exchanger system has the following layout. Pipes have the diameter of 50cm equally spaced from top and bottom. Using ANSYS Fluent simulates the following case: Analysis Characteristics Unsteady-state - 3D internal, separated flow - Turbulent - Incompressible - Water a) Create the geometry to the specified dimensions ( 15%) b) Mesh the domain (15\%) c) Run the case on Fluent using RNG k-e model (30%). d) Show the velocity magnitude contours and what is the velocity at point A (7.5,4,4)((20%) e) Find the velocity profile after mixing at line 7.5m from the inlet. (20%) Q1: A heat exchanger system has the following layout. Pipes have the diameter of 50cm equally spaced from top and bottom. Using ANSYS Fluent simulates the following case: Analysis Characteristics Unsteady-state - 3D internal, separated flow - Turbulent - Incompressible - Water a) Create the geometry to the specified dimensions ( 15%) b) Mesh the domain (15\%) c) Run the case on Fluent using RNG k-e model (30%). d) Show the velocity magnitude contours and what is the velocity at point A (7.5,4,4)((20%) e) Find the velocity profile after mixing at line 7.5m from the inlet. (20%)