See attached file
sammyb99
homeworkst.xlsxInstructions
| Problem # |
| 1 |
| 2 |
| 3 |
| 4 |
Q1
Q6. Refer to the tab titled "thrombosus data" for data required to solve this problem. You are looking at patients supported by a Left Ventricular Assist Device (LVAD). Within this patient group, you have Group No (those who have not had a thrombus event) and Group Yes (those who have had a thrombus event). A thrombus event is an event in which a blood clot developed in the LVAD. Data has been sorted in the tab "Thrombus Event" to list "No" thrombus event patients first. In addition, you have data related to time (in days) that the patient has been supported by the LVAD. You'd like to know if patients in Group No have been supported for the same amount of time on their LVADs as those in Group Yes. You believe that the longer a patient is supported by an LVAD , the more likely the patient is to have a thrombus event. Therefore, you want to show statistically that Group Yes has a longer average time spent on the LVAD. You will need to answer the questions below to see what the results actually show. Answer questions 1 through 5 below.
#1. What is your null hypothesis (H0) for this research topic? (Select either A or B from below.) A. There is no difference in days supported by an LVAD between Group No and Group Yes. B. Group Yes patients have been supported by an LVAD for more days than Group No patients.
#2. Calculate the average time (in days) supported by an LVAD for each group. (Use Excel formula.) A. ______ days for Group No B. ______ days for Group Yes
#3. Calculate the variance for time (in days) supported by an LVAD for each group. (Use Excel formula.) A. ______ days for Group No B. ______ days for Group Yes
#4. What is the sample size (n) for each group? A. ______ Group No B. ______ Group Yes
#5. Perform the appropriate statistical test to test for significance between the the two groups. Note, you can use the "data analysis toolpak" to get your result. You will need to format the data to be able to run the analsysis. Based on your results: A. What p-value did you find? B. Describe what your findings mean. Is there a significant difference between the groups? C. Would you accept or reject the null hypothesis?
Q2
Q8. A medical device manufacturer claims to have developed a thin AICD that contains a mean of no less than 41 Joules of stored energy. From previous studies, it is believed that stored energy for AICDs is normally distributed with a standard deviation of 2 Joules. A consumer group has decided to try to discover if the claim appears true. They take a sample of 20 AICDs and find that the mean of stored energy is 40.6 Joules. Referring to the information above, the appropriate hypotheses to determine if the manufacturer's claim appears reasonable is: A. H0: μ ≥ 41 versus H1: μ < 41 B. H0: μ > 41 versus H1: μ ≠ 41 C. H0: μ ≤ 41 versus H1: μ > 41 D. H0: μ ≥ 40.6 versus H1: μ < 40.6
Q3
| "category title" | "category title" | |||
| "category title" | "count" | "count" | "total" | |
| "category title" | "count" | "count" | "total" | |
| "total" | "total" | "total" | ||
Q9. Refer to the tab titled "Tobacco Use" for data required to solve this problem. The premise of this problem is that you are looking at a group of patients with heart failure. Patients either have ischemic cardiomyopathy (ICM) or non-ischemic cardiomyopathy (NICM). You have gathered information about their smoking history. You are wondering if there is a relationship between these 2 variables (i.e. type of heart disease and history of tobacco use). (Ischemic cardiomyopathy is a result of plaque buildup in vessels.) Answer questions 1 through 5 below.
#1. What type of variables do you have? Numerical or Categorical? A. Type of heart disease is a __________________ variable. B. History of smoking is a ___________________ variable.
#2. Which of the two variables is the independent variable (type of heart disease or history of smoking)?
#3. If you were to test the relationship between the 2 variables, which inferential statistical test would you use?
#4. What would your hypotheses be? A. The null hypothesis (H0) would state: _______ B. The alternative hypothesis (H1) would state: _________
#5. Setup a contingency table for this problem in the table below. Label all 4 categories in the fields that state "category title". Enter the counts in the fields that state "count". Calculate the totals for each field that states "total".
Q4
Q12. Refer to the tab titled "Financial Data" for data required to solve this problem. This data represents financial data associated with 4 different types of readmissions. Use the column titled "Cause of Readmission" and the column titled "Length of Stay" to answer the following questions. Answer questions 1 through 5 below.
#1. Arrange the data in a format so that you can perform a one-way ANOVA to test for significant difference in Length of Stay between the 4 causes for readmissions.
#2. What is an appropriate null hypothesis (H0)for this data analysis?
#3. Perform a one-way ANOVA to test for significant difference in Length of Stay between the 4 causes for readmissions. (It is recommended that you use the data analysis toolpak addin to perform the test.)
#4. Based on the F statistic from your ANOVA test, woul d you accept or reject your null hypothesis? Explain why.
#5. Based on the p-value from your ANOVA test, woul d you accept or reject your null hypothesis ? Explain why.
Thrombus Event
| Did the Patient have a Thrombus Event? | Days of Support |
| no | 425 |
| no | 886 |
| no | 714 |
| no | 257 |
| no | 1257 |
| no | 104 |
| no | 176 |
| no | 220 |
| no | 115 |
| no | 727 |
| no | 104 |
| no | 2210 |
| no | 1713 |
| no | 210 |
| no | 56 |
| no | 499 |
| no | 469 |
| no | 130 |
| no | 776 |
| no | 837 |
| no | 39 |
| no | 236 |
| no | 622 |
| no | 275 |
| no | 417 |
| no | 255 |
| no | 97 |
| no | 370 |
| no | 17 |
| no | 640 |
| no | 115 |
| no | 34 |
| no | 1139 |
| no | 627 |
| no | 755 |
| no | 563 |
| no | 871 |
| no | 690 |
| no | 198 |
| no | 25 |
| no | 490 |
| no | 81 |
| no | 171 |
| no | 1696 |
| no | 1100 |
| no | 6 |
| no | 184 |
| no | 509 |
| no | 373 |
| no | 413 |
| no | 7 |
| no | 29 |
| no | 701 |
| no | 2181 |
| no | 143 |
| no | 110 |
| no | 142 |
| no | 25 |
| no | 336 |
| no | 174 |
| no | 713 |
| no | 215 |
| no | 1085 |
| no | 112 |
| no | 657 |
| no | 344 |
| no | 476 |
| no | 151 |
| no | 139 |
| no | 1096 |
| no | 924 |
| no | 1749 |
| no | 945 |
| no | 601 |
| no | 138 |
| no | 330 |
| no | 148 |
| no | 1707 |
| no | 397 |
| no | 1546 |
| no | 866 |
| no | 1044 |
| no | 445 |
| no | 0 |
| no | 258 |
| no | 440 |
| no | 1560 |
| no | 116 |
| no | 162 |
| no | 613 |
| no | 480 |
| no | 1341 |
| no | 1097 |
| no | 317 |
| no | 66 |
| no | 561 |
| no | 831 |
| no | 154 |
| no | 132 |
| no | 672 |
| no | 8 |
| no | 815 |
| no | 12 |
| no | 364 |
| no | 294 |
| no | 168 |
| no | 465 |
| no | 1209 |
| no | 1710 |
| no | 376 |
| no | 26 |
| no | 1603 |
| no | 17 |
| no | 36 |
| no | 418 |
| no | 719 |
| no | 356 |
| no | 1238 |
| no | 291 |
| no | 99 |
| no | 759 |
| no | 286 |
| no | 184 |
| no | 390 |
| no | 1151 |
| no | 13 |
| no | 209 |
| no | 553 |
| no | 611 |
| no | 646 |
| yes | 614 |
| yes | 876 |
| yes | 657 |
| yes | 600 |
| yes | 692 |
| yes | 1139 |
| yes | 1151 |
| yes | 48 |
| yes | 596 |
| yes | 343 |
| yes | 325 |
| yes | 1397 |
| yes | 419 |
| yes | 504 |
| yes | 642 |
| yes | 790 |
| yes | 921 |
| yes | 448 |
| yes | 1099 |
| yes | 894 |
| yes | 651 |
| yes | 108 |
| yes | 523 |
| yes | 930 |
Tobacco Use
| Patient has Ischemic Cardiomyopathy (ICM) or Non-Ischemic Cardiomyopathy (NICM)? | Does the Patient have a History of Tobacco Use? |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | No |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | YES |
| NICM | YES |
| NICM | NO |
| NICM | YES |
| NICM | NO |
| NICM | NO |
| NICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | Yes |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | Yes |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | YES |
| ICM | NO |
| ICM | NO |
| ICM | NO |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | YES |
| ICM | NO |
| ICM | YES |
Financial Data
| Cause for Readmission | Length of Stay | Cost for Readmission (Direct Cost) | Cost for Readmission (Direct & Indirect Cost) | Contribution Margin (payments minus Direct Cost) | Net Income (payments minus all costs) | |||||
| Stroke | 2 | 2,918.52 | 4,662.57 | 302.48 | -1,441.57 | Mean for stroke= | 240.15 | |||
| Stroke | 4 | 6,126.04 | 10,283.49 | 7,659.49 | 3,502.04 | Mean for GI bleed= | 706.44 | |||
| Stroke | 21 | 34,254.54 | 49,821.55 | -34,254.54 | -49,821.55 | Mean for Other= | 6,059.76 | |||
| Stroke | 4 | 6,552.89 | 9,712.34 | 5,600.18 | 2,440.73 | Mean for Vtach &/ AICD fire= | 5,891.82 | |||
| Stroke | 6 | 7,527.53 | 13,344.35 | 2,582.65 | -3,234.17 | |||||
| Stroke | 6 | 10,130.00 | 14,938.41 | -4,333.01 | -9,141.42 | |||||
| Stroke | 4 | 4,062.03 | 6,759.87 | 11,841.31 | 9,143.47 | |||||
| Stroke | 3 | 9,810.99 | 16,237.06 | 6,092.35 | -333.72 | |||||
| Stroke | 0 | 7,004.56 | 10,107.25 | -3,816.56 | -6,919.25 | |||||
| Stroke | 2 | 3,415.81 | 6,164.34 | 4,694.73 | 1,946.20 | |||||
| Stroke | 4 | 5,714.02 | 8,542.52 | 8,012.06 | 5,183.56 | |||||
| Stroke | 4 | 10,099.63 | 15,408.73 | -1,509.29 | -6,818.39 | |||||
| Stroke | 8 | 13,232.88 | 19,471.54 | 434.25 | -5,804.41 | |||||
| Stroke | 13 | 24,369.46 | 36,267.13 | -10,577.92 | -22,475.59 | |||||
| Stroke | 1 | 2,541.71 | 4,011.66 | 6,038.03 | 4,568.08 | |||||
| Stroke | 2 | 3,124.63 | 4,498.31 | 1,702.62 | 328.94 | |||||
| Stroke | 9 | 18,791.70 | 27,502.88 | -8,721.85 | -17,433.03 | |||||
| Stroke | 10 | 14,250.70 | 24,682.84 | 12,575.80 | 2,143.66 | |||||
| GI bleed | 6 | 13,644.71 | 19,962.66 | 3,710.95 | -2,607.00 | |||||
| GI bleed | 7 | 10,641.59 | 17,457.52 | 17,331.56 | 10,515.63 | |||||
| GI bleed | 6 | 19,804.83 | 32,001.11 | 12,920.91 | 724.63 | |||||
| GI bleed | 12 | 19,963.48 | 32,880.62 | 6,702.69 | -6,214.45 | |||||
| GI bleed | 64 | 129,991.43 | 193,072.59 | 109,846.26 | 46,765.10 | |||||
| GI bleed | 6 | 12,268.38 | 20,159.23 | -3,897.03 | -11,787.88 | |||||
| GI bleed | 7 | 16,367.14 | 26,061.84 | 8,588.13 | -1,106.57 | |||||
| GI bleed | 8 | 21,415.23 | 34,698.89 | 4,430.16 | -8,853.50 | |||||
| GI bleed | 19 | 87,459.32 | 123,875.69 | -87,459.32 | -123,875.69 | |||||
| GI bleed | 7 | 5,195.98 | 9,438.76 | -6.62 | -4,249.40 | |||||
| GI bleed | 7 | 10,577.25 | 17,920.86 | -4,310.07 | -11,653.68 | |||||
| GI bleed | 1 | 4,461.89 | 7,489.02 | -2,900.72 | -5,927.85 | |||||
| GI bleed | 7 | 13,105.81 | 21,026.30 | 503.44 | -7,417.05 | |||||
| GI bleed | 21 | 32,881.21 | 52,215.48 | -10,518.27 | -29,852.54 | |||||
| GI bleed | 5 | 11,913.88 | 17,580.10 | 1,504.32 | -4,161.90 | |||||
| GI bleed | 3 | 7,219.69 | 11,569.92 | 2,439.11 | -1,911.12 | |||||
| GI bleed | 125 | 380,925.88 | 611,084.63 | 66,334.11 | -163,824.64 | |||||
| GI bleed | 5 | 7,812.40 | 11,141.75 | 5,854.60 | 2,525.25 | |||||
| GI bleed | 4 | 11,157.51 | 16,504.90 | -38.51 | -5,385.90 | |||||
| GI bleed | 13 | 23,316.11 | 33,744.85 | 10,734.89 | 306.15 | |||||
| GI bleed | 2 | 1,028.09 | 1,683.89 | 1,026.25 | 370.45 | |||||
| GI bleed | 14 | 16,616.67 | 27,906.64 | 16,965.33 | 5,675.36 | |||||
| GI bleed | 20 | 22,514.15 | 38,089.79 | 25,095.85 | 9,520.21 | |||||
| GI bleed | 3 | 7,550.32 | 10,793.76 | 6,607.11 | 3,363.67 | |||||
| GI bleed | 6 | 10,522.42 | 15,477.25 | 3,635.01 | -1,319.82 | |||||
| GI bleed | 3 | 11,655.19 | 17,146.59 | 13,539.07 | 8,047.67 | |||||
| GI bleed | 7 | 7,753.23 | 13,323.02 | -4,127.58 | -9,697.37 | |||||
| GI bleed | 6 | 18,359.35 | 26,862.81 | -11,120.65 | -19,624.11 | |||||
| GI bleed | 4 | 7,183.82 | 10,081.45 | -1,344.29 | -4,241.92 | |||||
| GI bleed | 4 | 7,641.23 | 12,393.07 | 4,799.39 | 47.55 | |||||
| GI bleed | 13 | 29,042.65 | 41,740.96 | -21,627.09 | -34,325.40 | |||||
| GI bleed | 7 | 10,683.13 | 16,645.19 | -3,733.57 | -9,695.63 | |||||
| GI bleed | 6 | 20,846.80 | 33,526.36 | -13,560.15 | -26,239.71 | |||||
| GI bleed | 12 | 32,297.84 | 48,622.88 | -10,229.69 | -26,554.73 | |||||
| GI bleed | 3 | 6,478.88 | 9,369.63 | 1,063.85 | -1,826.90 | |||||
| GI bleed | 6 | 9,014.08 | 13,081.15 | -1,622.20 | -5,689.27 | |||||
| GI bleed | 4 | 7,790.32 | 10,894.00 | -2,666.93 | -5,770.61 | |||||
| GI bleed | 15 | 21,518.37 | 31,594.07 | -10,430.36 | -20,506.06 | |||||
| GI bleed | 4 | 5,727.10 | 8,659.04 | 1,904.49 | -1,027.45 | |||||
| GI bleed | 4 | 8,336.49 | 12,372.10 | -944.61 | -4,980.22 | |||||
| GI bleed | 6 | 13,228.18 | 19,526.87 | -5,596.59 | -11,895.28 | |||||
| GI bleed | 5 | 14,288.42 | 23,899.36 | -7,338.86 | -16,949.80 | |||||
| GI bleed | 10 | 16,953.57 | 26,700.66 | -9,666.92 | -19,414.01 | |||||
| GI bleed | 10 | 19,820.92 | 30,975.46 | -12,534.27 | -23,688.81 | |||||
| GI bleed | 18 | 29,905.40 | 47,439.19 | -8,969.44 | -26,503.23 | |||||
| GI bleed | 17 | 65,136.85 | 99,204.41 | -33,408.50 | -67,476.06 | |||||
| GI bleed | 5 | 12,756.26 | 20,926.11 | -5,651.15 | -13,821.00 | |||||
| GI bleed | 7 | 15,392.46 | 22,183.58 | -6,419.09 | -13,210.21 | |||||
| GI bleed | 3 | 4,819.55 | 7,122.36 | 2,470.62 | 167.81 | |||||
| GI bleed | 1 | 4,904.67 | 7,205.43 | 2,607.40 | 306.64 | |||||
| GI bleed | 7 | 13,036.49 | 19,207.08 | -5,715.76 | -11,886.35 | |||||
| GI bleed | 7 | 8,101.95 | 14,204.40 | -3,937.79 | -10,040.24 | |||||
| GI bleed | 5 | 8,154.63 | 12,242.43 | -1,204.35 | -5,292.15 | |||||
| GI bleed | 7 | 18,654.11 | 26,403.31 | -1,487.16 | -9,236.36 | |||||
| Other | 11 | 26,185.48 | 37,791.74 | 15,709.95 | 4,103.69 | |||||
| Other | 10 | 43,017.45 | 63,146.31 | -40,499.05 | -60,627.91 | |||||
| Other | 2 | 8,450.48 | 12,147.31 | 54,390.27 | 50,693.44 | |||||
| Other | 6 | 11,971.95 | 17,924.75 | 18,467.01 | 12,514.21 | |||||
| Other | 25 | 38,717.19 | 65,784.58 | 36,504.06 | 9,436.67 | |||||
| Other | 1 | 878.17 | 1,324.07 | 10,004.39 | 9,558.49 | |||||
| Other | 7 | 50,819.52 | 70,275.06 | 233,448.90 | 213,993.36 | |||||
| Other | 1 | 1,704.41 | 2,548.50 | 1,751.13 | 907.04 | |||||
| Other | 15 | 14,627.96 | 25,215.99 | -2,120.03 | -12,708.06 | |||||
| Other | 33 | 41,395.92 | 68,132.25 | -41,395.92 | -68,132.25 | |||||
| Other | 4 | 3,292.14 | 5,442.01 | 2,079.62 | -70.25 | |||||
| Other | 11 | 10,892.48 | 17,865.45 | 1,391.16 | -5,581.81 | |||||
| Other | 1 | 2,403.59 | 3,630.46 | 564.33 | -662.54 | |||||
| Other | 2 | 2,706.58 | 4,017.51 | 6,676.69 | 5,365.76 | |||||
| Other | 2 | 2,124.40 | 3,148.89 | 5,950.46 | 4,925.97 | |||||
| Other | 6 | 7,447.04 | 11,025.15 | -2,273.50 | -5,851.61 | |||||
| Other | 1 | 1,009.94 | 1,627.64 | 904.76 | 287.06 | |||||
| Other | 0 | 1,345.97 | 2,320.24 | 936.83 | -37.44 | |||||
| Other | 5 | 7,251.14 | 10,580.84 | 2,369.64 | -960.06 | |||||
| Other | 4 | 9,701.59 | 14,144.58 | -574.42 | -5,017.41 | |||||
| Other | 36 | 37,843.82 | 62,280.81 | -19,537.49 | -43,974.48 | |||||
| Other | 19 | 40,537.88 | 67,417.61 | -3,779.96 | -30,659.69 | |||||
| Other | 9 | 10,347.35 | 15,277.24 | -3,464.14 | -8,394.03 | |||||
| Other | 0 | 502.81 | 741.18 | -76.38 | -314.75 | |||||
| Other | 69 | 553,201.72 | 777,109.97 | -89,298.98 | -313,207.23 | |||||
| Other | 3 | 4,522.75 | 6,531.25 | 2,774.44 | 765.94 | |||||
| Other | 8 | 11,245.61 | 16,724.82 | -4,271.35 | -9,750.56 | |||||
| Other | 7 | 12,664.94 | 17,829.47 | 6,020.54 | 856.01 | |||||
| Other | 38 | 127,857.56 | 213,022.78 | 23,823.15 | -61,342.07 | |||||
| Other | 1 | 2,471.98 | 3,752.89 | 422.95 | -857.96 | |||||
| Other | 3 | 25,101.78 | 32,932.28 | -15,933.98 | -23,764.48 | |||||
| Other | 4 | 4,987.47 | 8,101.97 | 2,289.03 | -825.47 | |||||
| Other | 1 | 1,792.17 | 2,756.24 | -37.36 | -1,001.43 | |||||
| Other | 4 | 5,566.23 | 9,171.45 | 1,104.52 | -2,500.70 | |||||
| Other | 2 | 3,810.49 | 6,450.39 | 6,280.71 | 3,640.81 | |||||
| Other | 10 | 11,077.33 | 18,923.88 | 7,549.25 | -297.30 | |||||
| Vtach &/or AICD fire | 5 | 8,671.91 | 13,962.84 | 9,345.18 | 4,054.25 | |||||
| Vtach &/or AICD fire | 34 | 39,313.13 | 65,005.33 | 36,659.28 | 10,967.08 | |||||
| Vtach &/or AICD fire | 19 | 25,446.41 | 43,301.83 | -6,082.33 | -23,937.75 | |||||
| Vtach &/or AICD fire | 49 | 327,441.59 | 499,434.53 | 18,358.68 | -153,634.26 | |||||
| Vtach &/or AICD fire | 2 | 2,249.49 | 4,108.83 | 2,593.51 | 734.17 | |||||
| Vtach &/or AICD fire | 1 | 2,755.24 | 4,091.08 | 2,742.04 | 1,406.20 | |||||
| Vtach &/or AICD fire | 0 | 826.74 | 1,388.61 | 617.31 | 55.44 | |||||
| Vtach &/or AICD fire | 11 | 30,122.53 | 46,206.47 | -450.11 | -16,534.05 | |||||
| Vtach &/or AICD fire | 6 | 10,842.52 | 16,233.59 | -3,916.62 | -9,307.69 | |||||
| Vtach &/or AICD fire | 1 | 1,487.62 | 2,184.46 | 4,519.55 | 3,822.71 | |||||
| Vtach &/or AICD fire | 6 | 19,169.92 | 27,085.14 | -4,839.66 | -12,754.88 | |||||
| Vtach &/or AICD fire | 7 | 5,462.37 | 9,825.48 | 320.62 | -4,042.49 | |||||
| Vtach &/or AICD fire | 4 | 4,256.29 | 6,303.56 | 1,322.70 | -724.57 | |||||
| Vtach &/or AICD fire | 2 | 1,454.75 | 2,140.38 | -13.82 | -699.45 | |||||
| Vtach &/or AICD fire | 1 | 4,834.22 | 7,740.82 | 9,552.99 | 6,646.39 | |||||
| Vtach &/or AICD fire | 128 | 389,334.55 | 600,278.05 | 23,539.80 | -187,403.70 | |||||
