() = + ( o ) ((1+ (j) ) (n )/), =0.456, Presented with a shear-thinning...

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() = + ( o ) ((1+ (j) ) (n )/), =0.456, Presented with a shear-thinning fluid, which fits the Carreau model with the following coefficients =0.032, =10.03s , n=0.344 8 8 0 8 2 points In a flow field undergoing `pure shear' straining, where the velocity gradient tensor is zero except for dv/dx = du/dy = 18 s-1, what is the apparent viscosity of the fluid? Give your answer to three decim places. () = + ( o ) ((1+ (j) ) (n )/), =0.456, Presented with a shear-thinning fluid, which fits the Carreau model with the following coefficients =0.032, =10.03s , n=0.344 8 8 0 8 2 points In a flow field undergoing `pure shear' straining, where the velocity gradient tensor is zero except for dv/dx = du/dy = 18 s-1, what is the apparent viscosity of the fluid? Give your answer to three decim places.

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The image presents an equation based on the Carreau model for a shearthinning fluid with given coeff... View the full answer