1. The problem statement, all variables and given/known data A shearing force of 100 dynes is applied to the side of a rectangular plate of 5 x 10 cm dimensions placed on top of a 0.5 mm high column of Newtonian fluid that is initially at rest. As a result of the shearing force, the plate moves at a speed of 11.2 cm/sec. What is the viscosity of this Newtonian fluid? (5 pts) PS: Can you guess what this fluid is? 2. Relevant equations Viscosity = (Force/Area)/(Velocity/Length) 3. The attempt at a solution Force = 100 dynes Area= 50 cm^2 Velocity= 11.2 cm/sec Length= .05 cm Viscosity = (100/50)/(11.2/.05) =(2)/(224) =.00893 Poise =.0000983 CeniPoise Can someone double check my work and see if Im on the right track? Im positive I have the right inputs and the right equation, but I have a feeling Im messing up on the units because the answer seems way too low. Thanks in advance!