Use Calc > Calculator to calculate the LCL and the UCL based on sample size n = 100 and the sample proportions p that are stored in Column pgen2. For LCL, calculate the expression pgen2 - 1.960*( pgen2*(1 = pgen2)/100)**.5 and place the values in Column LCL2. In a similar manner, calculate the UCL's using expression pgen2 + 1.960*( pgen2*(1 - pgen2)/100)**.5 and place them in Column UCL2. Copy the values xgen2, pgen2, LCL2 and UCL2 from your first 10 CI's of your MTB computer worksheet into columns 2 - 5 of Table 2 below and indicate in column 6 whether the CI covers the population rate p = .04. (Use two decimal places for pgen2 and three decimal places for LCL2 and UCL2.) Table 2. CI results for p = .04 (n = 100) Normal theory CI Sample xgen2 pgen2 LCL2 UCL2 Cover .04? For the first row of Table 2, enter the (Yes or No) values as responses to questions 17 and 18: 17. xgen2= 18. pgen2= 19. Out of the first 10 intervals recorded in Table 2, how many cover .04? 10 Now we will check all 1,000 samples to see in how many cases the CI covers p = .04. Use Calc > Calculator and the statement sum(LCL2