Using the systolic blood pressure levels and the elbow breadths of women, as listed in Data Set 1 in Appendix B, analyze each of the two data sets and determine whether each appears to come from a normally distributed population. Compare the results and give a possible explanation for any notable differences between the two distributions.

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Data Set 1: Health Exam Results STATDISK: Data sat name for males is Mhealth. Minitab: Worksheet name for males is MHEALTH.MTW. Workbook name for males is MHEALTH.XLS. AGE is in years, HT Is height (inches), WT Is weight (pounds), WAIST Is ciroumference (cm), Pulse is pulse rate (beats per minute), SYS is sys- tolic blood pressure (mm Hg), DIAS is diestolic blood pressure (mm Hg), CHOL Is cholastorol (mg), BMI is body mass Index, Leg is upper leg length (em), Elbow Is elbow breadth (cm), Wrist is wrist breadth (cm), and Arm is arm circumfer- ence (cm). Data are from the U.S. Department of Health and Human Sorvices, National Center for Health Statistics, Third National Health and Nutrition Exemination Survey. Excel: TI-83/84 Plus: App name for male data is MHEALTH and the file names are the same as for text files. Text file names MAGE, MHT, MWT, MWAST, MPULS, MSYS, MDIAS, MCHOL, MBMI, MLEG, MELBW, MWRST, for meles: MARM. Male Age WT Waist Pulse SYS DIAS CHOL BMI Leg Elbow Wrist Arm HT 125 107 70 522 127 23.0 425 23.2 40.2 77 E.4 313 SE 22 703 66.2 169.1 144.2 179.3 1/5.0 159.6 900 64 76 73 75 E.2 31.0 240 49 71.7 24.6 26.2 44.4 5.6 5.0 32 96.5 126 32.7 72 64 334 30.1 f10 66 6E 26 67.6 871 230 23.5 24.5 215 43.4 E.0 5.8 305 27.6 46 63.2 166.8 1350 2015 92.4 703 103.3 59.1 72 107 113 316 4 71 6.5 66.5 S7.2 60 126 72 466 314 401 25 264 22.7 12.1 36.0 32.5 28.3 20 GE.S 7.5 5.5 175.2 1390 156.3 76 137 121 578 65.6 43.0 71 54 17 5.7 20.7 109 65 78 27.9 44.2 7.1 a 67 77 268 250 201 25.2 36.7 4R4 73 GE.S 67 105.3 91.0 75.6 12 155 112 52 25 73.1 676 1911 1513 56 64 52 34.7 3.3 319 119 265 410 5.7 52 76 273 272 29 60 34.3 S8.0 209.4 70 2371 176 7 105.5 60 195 33.1 457 6.6 5,7 6.0 3.7 5.8 5.5 12 552 40.2 26.7 41 104.0 84 131 B0 972 331 163 26.6 10.0 19.9 440 271 76.2 220 0 75 75 138 52 TOS.0 7.8 121 22 32 20 7.5 6.9 7.0 259 337 69.7 137.4 75.2 112 44 65 139 12 56 121 116 638 20 29 14.2 K24 1S1.8 144.1 F83 204.6 700 43! 770 E5.0 64 23.4 7.5 5.2 30.3 5.0 5.7 629 68 95 10 762 270 21.6 70 310 26 33 796 64 690 30.9 7.4 26.2 8.9 5.5 356 31.9 55 E9.4 193.8 03.0 125 82 20.3 25.5 1,4 42.7 6.6 692 21 131 79 69 189 172.9 61.9 24.6 40.0 236 44.2 28 957 73 5.7 32.3 339 415 F.0 6. 30.9 34.0 34. 33.6 28 37 71.9 174.8 56 109 R15 64 79 66.1 72.4 730 169.0 217.3 04 72 112 127 774 41A 40 72 120 28.7 47.2 7.5 93.1 84 152 74 81 702 1252 26.2 26.4 123.3 214.5 26 42.9 6.7 31.3 53 62.7 107.5 125 84 288 321 42.8 82 59 53 376 77 77 176 277 196 207 26.3 40.0 42.6 7.1 6.6 70.3 279 1371 4 112 125 34 63.7 71.1 19.5 1801 75.7 05.0 56 56 53 SE9 345 42 120 83 E49 4.9 7.4 70 113 656 18 64.7 91.1 61 G0 64 269 256 ALI 1701 68.3 65.3 115 TIS 75 44.5 7.3 32 20 1510 79.9 72 65 172 24.2 44.0 54 30.7 (conbnueo