PROBLEM STATEMENT: Question During a pilot test, a Non-Newtonian fluid flows in a horizontal 37mm ID pipe. The pressure drop per length is measured to be 917Pa/m and it is experimentally determined that the Shear stress ()[Pa] and Shear rate ()[s1] are related by the following equation: Estimate the average linear velocity (m/s), volumetric flow rate (m3/s) and the pressure drop per length for the same experimental fluid when flowing in an industrial scale pipe of 180mm ID with the same wall shear stress. Page 2 of 3 FINAL REPORT (hand written and legible): Should contain the following headings (you are not limited to just this headings - read the above stated GA competency indicators to get more clarity) 1. identify, define and analyse the problem 20% (identifying given information and other relevant sources of information that can be used to solve the problem) 2. Strategy to solve the problem 20% (Outline your strategy to solve the problem - giving equations where necessary and applicable principles and laws - what other strategies could have been used?) 3. Implementation of strategy 40% 4. Assumptions and their limitations 10% (state your assumptions, analyse essential or critical assumptions and limitations and justify your procedures) 5. Solution analyses 10%