Follow the tubbing and verify that its exit path is in the s

Follow the tubbing and verify that its exit path is in the sink the positioned remains below the tank. The water should flow through tubing as long as the tubing water level in the tank. the time and height of the water. Use the 5. Open the ball valve and begin recording seconds for 20 provided ruler to measure the height of the water level every 60 minutes. 6. Repeat 3 additional times at different flow rates. lations 1. Calculate the theoretical and actual flow rates for each run. Calculate the percent difference between theoretical and actual for each run. Calculate the discharge coefficient for each run. the 2. Plot the volumetric flow rates versus time for each run. Use Excel and for trendline function to calculate the R value (comparing actual to theoretical 3. each run. volumetric flow height Use trendline to calculate an equation relating the and the 4. of the liquid. and calculations. An Summarize all results in a written report, showing all data outline of the report should be as follows: Abstract Theory Procedure

Solution

Actually here you are required to draw 4 graph

ie volumetric flow rate vs time

first of all you have to set one flow rate and the take readings each 60 sec for 20 minute ,ie 20 reading and then find flow rate in each reading (total of 20 readings) and plot each reading in the graph , aganist the corresponding time

.so u will get almost straight line graph. repeat for the other 3 flow rates.