2- The capillary pressure of a soft white paper is measured with an experiment and the...

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2- The capillary pressure of a soft white paper is measured with an experiment and the results are given in the table given at right: Time(sec) Elevation (cm) 1.5 2 3 4 5 6.3 7 8.2 ZYLVCos0 Re VAH 1 2 4 8 15 25 32 47 a) Draw the graph using ruler neatly. (SP) b) Calculate AP (hydrolic pressure) using the highest height of water penetrated in the paper, and from Re Cos9=1 Y=0.072 N/m at T = 25 2LVCose AP C. calculate average pore diameter that the soft paper possess. (5P) c) From data, calculate average penetration velocity of water, and calculate the viscosity of water at V=Average velocity T= 25 C using #= H=Max. Height (5P) d) Given the trendline formula (empirical math. Model) is h= 1.5328t044 R=0.9969, calculate the area under the line and comment based on the units (SP) 2- The capillary pressure of a soft white paper is measured with an experiment and the results are given in the table given at right: Time(sec) Elevation (cm) 1.5 2 3 4 5 6.3 7 8.2 ZYLVCos0 Re VAH 1 2 4 8 15 25 32 47 a) Draw the graph using ruler neatly. (SP) b) Calculate AP (hydrolic pressure) using the highest height of water penetrated in the paper, and from Re Cos9=1 Y=0.072 N/m at T = 25 2LVCose AP C. calculate average pore diameter that the soft paper possess. (5P) c) From data, calculate average penetration velocity of water, and calculate the viscosity of water at V=Average velocity T= 25 C using #= H=Max. Height (5P) d) Given the trendline formula (empirical math. Model) is h= 1.5328t044 R=0.9969, calculate the area under the line and comment based on the units (SP)