Applied Statistics Assignment

Please see attachment for instructions to assignment. 

Sheet1

0

Male Female Both Sexes

70

88

99

75

99 56 78

74 59

78

64

57 80 70

54

68

80 53

71 96

58

88

81 57 75

91 106 91

78

119

99

110

88

68 98 78 48

64 96

45 65

96

98

69

93 55 74

132

98 71 85

70

110 53 82

92 115 113 70 92

103 104

78

63

102 49 76

145 83

128

103

70 110 98 51 74

128

79

61

100 127 124 74 98

104 138 110 70 99

72 102

89

145 88

105

94

80 116

179 74 127 131 60

137

137 97 114

130

160 104

95

101

131 80 106

102

79

126 146

174

181 151 166

93 142

78

200 79 139 185 68 127

183 167

138

166

147

157

181 129 156

87 153 166 67

99

187 83 137

133

185 97 142

109

74 133

145

100 145

241 137

132

192 188 105 147

242 103 175

76 138

140 192 174 104 139

140

192 105

142

123

140

116

194

216 142 181

198 224

190

184

240 158 198

176

138 188

163

145

210 243 217 154 186

250

156 188

199

219

296 105 200

87 165

272 252 202

298 193 246

173

266

307 132 218

105

239 274

143 174

314

218 177 61 119

116 218 226 82 153

219 274 307

222

274 224

305

211 240

296

265 215 241

135 247

98 196

234

293

236 275

329

283 312

170

118 198

378

378

356

267

308 335

245 279

377

333

313

227

326

298

256

654

242

359 313

222

158 307 325 118 222

145 225 231 102 166

256 220

187 143 165

				200	2015
	Male		Female		Both Sexes
				88		56	73			64	42			53
		91		48							70	34	52
			96		67			75	47				68
					99			57							78							74	44		59
	54			76	41		58
		71	39		55
		100					80			92		69
				102			61			82	50
				104	37
		106			87	66
				110							98		81
	113	107
		119		65
	49	84		45		72
	124		94			93				79
	126		63
			127		85
		128	112	111			83
			132		101
		97		115
	135				103
				138
				142	62		51
						145						105
	114	77
	146
150			139	43
	157
	1	60
160		89	125		130
			174			131				116
	177	169		173		151		129
	179					137			153
	95
180	155
			181			133			156		154	108
	183				140	86
		187	144
	190	149		167		123
195			147	172					166
	196			185
	199			165			118
208			158		109
	210				188	204		176
213		186
			218	117
	226		163
	231	182
		240		175	191
		241				192		193
189	237		184
		242			143
	202
	243
	247		194	148
248	197		216		170
	250				198	205	161
251			224
	252		217	164
261				222
	265	221		234
273			219		272		211
			274
281	223		225
287	280	284		236		220
	293	300			296		239	229
244
		298		246		227
		256		215
	305	309				307		266		267
262	178
	314	209
121
322
	326	136
	329	286		308	249
337		275	270
354		325
	356	294
372	321	346		283	258
374		335		312
382	355	340
402		359	380	351			313	332
410			378	394		377	338	357
412	292		279
430	404		333
431	401	416	288		245
437	379	408	362
466	450	457	311
473	446	461	414	397
524	426	152
577	499	536	425	373
594	582	588	398	330	365
641		654	647	212
575	614	360	303
655	675	665	336
712	433	593	289	255
443
301
238
*Source: World Health Organization (WHO)

In this project, you are given the adult mortality rates from a random sample of 101 countries in the world from years 2000 and 2015. The data is disaggregated based on gender for each year.

Part 1

1. Data (attached) and study the data

2. Required Action: Based on the data set provided, produce the following output with SPSS:

a. Generate descriptive statistics for

i. Male, Female, and Both Sexes from 2000 and 2015 data.

ii. Based on the descriptive statistics, what conclusions can you make for each group? What differences do you see for each gender group?

b. Generate comparative boxplots for

2. Male data between 2000 and 2015,

2. Female data between 2000 and 2015

2. Both Sexes data between 2000 and 2015.

2. Based on boxplots created, discuss about any patterns and noticeable changes among the gender mortality rates between given years.

2. Using the data from 2000, estimate the mean adult mortality rates for male, female and both sexes for the world population with 95% confidence.

2. Using the data from 2015, estimate the mean male, female and both sexes adult mortality rates for the world population with 95% confidence.

2. Estimate the mean difference (with 95% confidence) between:

5. Male adult mortality rates of 2000 and 2015

5. Female adult mortality rates of 2000 and 2015

5. Both sexes adult mortality rates of 2000 and 2015 

5. Discuss whether the difference is more than 30 in each case.

2. Test the hypothesis that the mean male adult mortality rates between 2000 and 2015 are different with a hypothesized mean difference of 30.

2. Test the hypothesis that the mean female adult mortality rates between 2000 and 2015 are different with a hypothesized mean difference of 30.

2. Test the hypothesis that the mean adult mortality rates for both sexes between 2000 and 2015 are different with a hypothesized mean difference of 30. 

1. Create: Write a statistical report summarizing your findings from above. Include a conclusion section that explains your conclusions of this analysis with any charts and graphs.

1. Reflect: Think about how this analysis and your conclusions can be used to make decisions about the mortality rates in the world population. What do you think are some implications of this change in adult mortality ? What would be your suggestions for these implications?