2) Using the bucket-timer data from Trial 1 given in the spreadsheet, compute the following: a. The random error uncertainty, SQ, in the calculated average flow rate with 95% certainty. b. The zero-order uncertainty, BQ in the flow rate measurements given the instrument resolution of the volume meter and timer. (Remember, you need to propagate the instrument uncertainty of volume and time into an uncertainty in Q). c. The complete result of Q, which includes the best estimate average and total uncertainty from parts a) and b). 3) Using the complete result of Q from question 1, determine the Re# with uncertainty for the region in the Venturi meter with the slowest velocity. 2) Using the bucket-timer data from Trial 1 given in the spreadsheet, compute the following: a. The random error uncertainty, SQ, in the calculated average flow rate with 95% certainty. b. The zero-order uncertainty, BQ in the flow rate measurements given the instrument resolution of the volume meter and timer. (Remember, you need to propagate the instrument uncertainty of volume and time into an uncertainty in Q). c. The complete result of Q, which includes the best estimate average and total uncertainty from parts a) and b). 3) Using the complete result of Q from question 1, determine the Re# with uncertainty for the region in the Venturi meter with the slowest velocity