1. Derive equation for velocity of fluid in the tank with no friction. 2. Develop an...

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1. Derive equation for velocity of fluid in the tank with no friction. 2. Develop an Excel spreadsheet to calculate the theoretical velocity of the fluid in the tank and the overall time it takes for the tank to drain with no friction by dividing the tank into 100 equal layers. 3. Run an experiment to measure the time needed to drain the tank. 4.Derive equation for velocity of fluid in the tank with friction included. 5. Further develop the Excel spreadsheet to calculate the theoretical velocity of the fluid in the tank and the overall time it takes for the tank to drain with friction included. 6. Use goal-seek in Excel to determine a friction factor. 7. Run the experiment again at a different initial height to test the efficacy of the friction factor. 8. Compare, contrast, and extend (e.g., why did we do this? when will you use this? what value came from this experiment?) your results. 9.Share what you learned in the form of a report 1. Derive equation for velocity of fluid in the tank with no friction. 2. Develop an Excel spreadsheet to calculate the theoretical velocity of the fluid in the tank and the overall time it takes for the tank to drain with no friction by dividing the tank into 100 equal layers. 3. Run an experiment to measure the time needed to drain the tank. 4.Derive equation for velocity of fluid in the tank with friction included. 5. Further develop the Excel spreadsheet to calculate the theoretical velocity of the fluid in the tank and the overall time it takes for the tank to drain with friction included. 6. Use goal-seek in Excel to determine a friction factor. 7. Run the experiment again at a different initial height to test the efficacy of the friction factor. 8. Compare, contrast, and extend (e.g., why did we do this? when will you use this? what value came from this experiment?) your results. 9.Share what you learned in the form of a report