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A liquid whose rheology can be represented by the power-law model is flowing under streamline conditions through a pipe of 5 mm diameter. If the

A liquid whose rheology can be represented by the power-law model is flowing under streamline conditions through a pipe of 5 mm diameter. If the mean velocity of flow is 1 m/s and the velocity at the pipe axis is 1.2 m/s, what is the value of the power law index n? Water, of viscosity 1mNs /(m^2) flowing through the pipe at the same mean velocity gives rise to a pressure drop of 10 N/m compared with 105 N/m for the non-Newtonian fluid. What is the consistency ("k" value) of the non-Newtonian fluid? I WILL REPORT IF WRONG ANSWER POSTED

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