\begin{tabular}{|c|c|c|c|} \hline \multicolumn{1}{|c|}{ (dyn/cm2) } & Y(1/s) & (Pa.s) & Y(1/s) \\ \hline 3150,0 & 0,00578 & & \\ \hline 3700,0 & 0,00696 & \\ \hline 4530,0 & 0,00913 & \\ \hline 5910,0 & 0,0112 & \\ \hline 7340,0 & 0,0145 & \\ \hline 10000,0 & 0,0213 & \\ \hline 14700,0 & 0,0321 & \\ \hline 22000,0 & 0,0548 & \\ \hline 27200,0 & 0,0727 & & \\ \hline 40000,0 & 0,123 & \\ \hline 52300,0 & 0,189 & \\ \hline 64900,0 & 0,262 & \\ \hline 77300,0 & 0,358 & \\ \hline 90000,0 & 0,463 & \\ \hline 136000,0 & 1,01 & \\ \hline 167000,0 & 1,6 & \\ \hline 244000,0 & 4,15 & \\ \hline 276000,0 & 5,08 & \\ \hline 322000,0 & 9,66 & \\ \hline 359000,0 & 12,76 & \\ \hline 429000,0 & 25,4 & \\ \hline 503000,0 & 50,8 & \\ \hline 659000,0 & 127 & \\ \hline 796000,0 & 254 & \\ \hline 940000,0 & 550 & \\ \hline 1160000,0 & 1500 & \\ \hline 1330000,0 & 3140 & \\ \hline 1520000,0 & 6610 & \\ \hline & & \\ \hline \end{tabular} BY USING TRUNCATED CARREAU AND MODIFIED CROSS EQUATIONS DETERMINE n0 (poise) SHOW ALL YOUR CALCULATIONS AND GRAPHS EXPLICITELY ON EXCEL. COMPARE TRUNCATED CARREAU AND MODIFIED CROSS EFFICIENCY ON PREDICTIONS OF ABOVE PARAMETERS