Scenario 6.2: Cholera is a disease spread mostly through contaminated drinking water and unsanitary conditions. In 2002, the World Health Organisation (WHO) released a paper stating that that the mean number of deaths from Cholera was 1.5 per 100,000 people in Africa. In 2009, a similar study consisting of 49 people was conducted, with results indicating that on average 2.4 per 100,000 people died from Cholera in Africa (s = 0.78 per 100,000 deaths). Using a significance level of 0.05, the researchers of this study wish to determine if the mean deaths from Cholera has changed significantly from the 2002 average.Question 37 1 pts LB: Question 38 1 pts UB= Question 39 2 pts Conclusion for scenario 6.2: Based on the condence interval method we see that the 95% Cl (captures|does not capture|includes|does not include|___ ) the value so we (fail to reject| reject | accept | approve ) then null hypothesis and conclude that there {is|are|is not|is no|are no|exist|exist no|exist not) signicant difference between the sample and population mean for cholera. Please include no spaces or other symbols before or after your answers. Calculate the 95% Cl for scenario 6.2 in the form of (LB,UB). Give the lower bound LB and the upper bound UB of this interval in the following two questions below using 2 decimal points