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Solved: 85 %- 4:26 PM Sat Jun 8 < BB Q Group Project W.. Untitled Notebook Group Project Group Project 1 Problem Statement In) Is Filled With Wate An Initial Height Of 21 In. At Time T 0 The Plug Is R

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85 %- 4:26 PM Sat Jun 8 < BB Q group project w.. Untitled Notebook group project Group Project 1 Problem Statement in) is fil



85 %- 4:26 PM Sat Jun 8 < BB Q group project w.. Untitled Notebook group project Group Project 1 Problem Statement in) is filled with wate an initial height of 21 in. At time t 0 the plug is removed and the water is allowed to drain through the sharp-edged orifice (D=0.25 in) Determine the length of time it will take to drain the tank Plot the water depth and flow rate as a function of time. Soivo3. Using the attached data, determine the actual discharge coefficient for the sharp-edged orifice. Using the experimental discharge coefficient, what is the error in the draining time? Search 4:24 PM Set Jun & 1 - Draining Tank.pdf 2 of 2 Draining tank with water depth change Water depth (in) Time ent (s) 3 53 20 3.44 19 2.71 2 12 10 3.78 15 3.41 3.81 14 A 41 12 3.6 4.01 10 483 7 4.66 6 4.7 5.51 7,43 7.66 11.46 0 Draining tank with constant water depth (12 in) 950 mL collected in 20.13 s Open With Print 3ES=S=***5

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Hi Orifice area =3.14*0.25^2 =0.19 inch^2 Tank area = 3.14*4^2 =50.24 inch^2 Q volumetric flow rate = o

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