In past presidential elections in the United States, very long wait times have been witnessed at precincts (voting stations) in states that ultimately decided the election (Florida in 2000 and Ohio in 2004). In NYC as well, some voters complained about the long lines in some precincts, with most complaints coming from precinct A. In 2016, the average number of voters arriving at Precinct A was 27 per hour and the arrival of voters was random. Suppose service times were also random and that each voter spent on average 5 minutes in the voting booth (this is the time needed to cast her/his vote using a voting machine). what would be the utilization rate with the minimum number of voting machines to barely satisfy the demand? Assume CVa=CVp=1.
0.357482
0.75
0.9
0.5498156
In past presidential elections in the United States, very long wait times have been witnessed at...
n the previous two US presidential elections, very long wait times have been witnessed at precincts (voting stations) in states that ultimately decided the election (Florida in 2000 and Ohio in 2004). In Iowa City as well, some voters complained about the long lines in some precincts, with most complaints coming from precinct A. In 2018, the average number of voters arriving at Precinct A was 35 per hour and the arrivals of voters was random with inter-arrival times that...