3. Convert the given grid positions into radii measured from the center of the tube, then...

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3. Convert the given grid positions into radii measured from the center of the tube, then plot the velocity profiles measured for the high and low flow rates (for both 60 and 35 Distance Pitot tube can travel 1+ 2.365inch T atm (C) 19.9 Air Density (lb/in^3) 4.3E-5 0 Inner Diameter (60) 0.103 Equal Areas (all dimensions are in inch) 2.5inch 0.217 P atm (Hg) 30.04 0.346 6th 5th 4th 3rd 2nd 1st Oth Water Density (lb/in^3) 3.6E-2 Table 2. Constant variables atm Flow Rate 60 (in H20) 6.85 6.85 -Inner Diameter of the Tube Pitot-low (in) Pitot-high (in) Pitot fiff (in) 2.3645 0 2.3645 Table 1. Initial settings 6.85 6.85 2.262 2.148 2.019 1.865 1.665 1.183 0.700 0.500 0.346 0.217 0.103 0.000 Gravity (in/s^2) 386.4 Dynamic Pressure 60 (in H20) 0.25 0.33 t wall (in) 0.06775 0.39 0.41 1 3. Convert the given grid positions into radii measured from the center of the tube, then plot the velocity profiles measured for the high and low flow rates (for both 60 and 35 Distance Pitot tube can travel 1+ 2.365inch T atm (C) 19.9 Air Density (lb/in^3) 4.3E-5 0 Inner Diameter (60) 0.103 Equal Areas (all dimensions are in inch) 2.5inch 0.217 P atm (Hg) 30.04 0.346 6th 5th 4th 3rd 2nd 1st Oth Water Density (lb/in^3) 3.6E-2 Table 2. Constant variables atm Flow Rate 60 (in H20) 6.85 6.85 -Inner Diameter of the Tube Pitot-low (in) Pitot-high (in) Pitot fiff (in) 2.3645 0 2.3645 Table 1. Initial settings 6.85 6.85 2.262 2.148 2.019 1.865 1.665 1.183 0.700 0.500 0.346 0.217 0.103 0.000 Gravity (in/s^2) 386.4 Dynamic Pressure 60 (in H20) 0.25 0.33 t wall (in) 0.06775 0.39 0.41 1