Solution Manual for Statistics for Nursing Research A Workbook for Evidence-Based Practice, 3rd Edition, Susan Grove Daisha Cipher

This is completed downloadable of Solution Manual for Statistics for Nursing Research A Workbook for Evidence-Based Practice, 3rd Edition, Susan Grove, Daisha Cipher

Product Details:

• ISBN-10 ‏ : ‎ 0323654118
• ISBN-13 ‏ : ‎ 978-0323654111
• Author:  Susan Grove, Daisha Cipher

Learn how to expand your interpretation and application of statistical methods used in nursing and health sciences research articles with Statistics for Nursing Research: A Workbook for Evidence-Based Practice, 3rd Edition. Perfect for those seeking to more effectively build an evidence-based practice, this collection of practical exercises guides you in how to critically appraise sampling and measurement techniques, evaluate results, and conduct a power analysis for a study. Written by nursing research and statistics experts Drs. Susan K. Grove and Daisha Cipher, this is the only statistics workbook for nurses to include research examples from both nursing and the broader health sciences literature. This new third edition features new research article excerpts and examples, an enhanced focused on statistical methods commonly used in DNP projects, new examples from quality improvement projects, new content on paired samples analysis, expanded coverage of calculating descriptive statistics, an online Research Article Library, and more! Whether used in undergraduate, master’s, or doctoral education or in clinical practice, this workbook is an indispensable resource for any nursing student or practicing nurse needing to interpret or apply statistical data.

 

Table of Content:

1. Part 1: Understanding Statistical Methods
2. 1.  Identifying levels of measurement: Nominal, ordinal, interval, and ratio
3. Statistical technique in review
4. Research article
5. Study questions
6. Answers to study questions
7. Exercise 1 Questions to be graded
8. 2.  Identifying probability and nonprobability sampling methods in studies
9. Statistical technique in review
10. Study questions
11. Answers to study questions
12. Exercise 2 Questions to be graded
13. 3.  Understanding the sampling section of a research report: Population, sampling criteria, sample size, refusal rate, and attrition rate
14. Statistical technique in review
15. Research article
16. Study questions
17. Answers to study questions
18. Exercise 3 Questions to be graded
19. 4.  Understanding reliability of measurement methods
20. Statistical technique in review
21. Research article
22. Study questions
23. Answers to study questions
24. Exercise 4 Questions to be graded
25. 5.  Understanding validity of measurement methods
26. Statistical technique in review
27. Research article
28. Study questions
29. Answers to study questions
30. Exercise 5 Questions to be graded
31. 6.  Understanding frequencies and percentages
32. Statistical technique in review
33. Research article
34. Study questions
35. Answers to study questions
36. Exercise 6 Questions to be graded
37. 7.  Interpreting line graphs
38. Statistical technique in review
39. Research article
40. Study questions
41. Answers to study questions
42. Exercise 7 Questions to be graded
43. 8.  Measures of central tendency: Mean, median, and mode
44. Statistical technique in review
45. Research article
46. Study questions
47. Answers to study questions
48. Exercise 8 Questions to be graded
49. 9.  Measures of dispersion: Range and standard deviation
50. Statistical technique in review
51. Research article
52. Study questions
53. Answers to study questions
54. Exercise 9 Questions to be graded
55. 10.  Description of a study sample
56. Statistical technique in review
57. Research article
58. Study questions
59. Answers to study questions
60. Exercise 10 Questions to be graded
61. 11.  Interpreting scatterplots
62. Statistical technique in review
63. Research article
64. Study questions
65. Answers to study questions
66. Exercise 11 Questions to be graded
67. 12.  Algorithm for determining the appropriateness of inferential statistical techniques
68. Statistical technique in review
69. Study questions
70. Answers to study questions
71. Exercise 12 Questions to be graded
72. 13.  Understanding Pearson product-moment correlation coefficient
73. Statistical technique in review
74. Research article
75. Study questions
76. Answers to study questions
77. Exercise 13 Questions to be graded
78. 14.  Understanding simple linear regression
79. Statistical technique in review
80. Research article
81. Study questions
82. Answers to study questions
83. Exercise 14 Questions to be graded
84. 15.  Understanding multiple linear regression
85. Statistical technique in review
86. Research article
87. Study questions
88. Answers to study questions
89. Exercise 15 Questions to be graded
90. 16.  Understanding independent samples t-test
91. Statistical technique in review
92. Research article
93. Study questions
94. Answers to study questions
95. Exercise 16 Questions to be graded
96. 17.  Understanding paired or dependent samples t-test
97. Statistical technique in review
98. Research article
99. Study questions
100. Answers to study questions
101. Exercise 17 Questions to be graded
102. 18.  Understanding analysis of variance (ANOVA) and post hoc analyses
103. Statistical technique in review
104. Research article
105. Study questions
106. Answers to study questions
107. Exercise 18 Questions to be graded
108. 19.  Understanding Pearson chi-square
109. Statistical technique in review
110. Research article
111. Study questions
112. Answers to study questions
113. Exercise 19 Questions to be graded
114. 20.  Understanding Spearman rank-order correlation coefficient
115. Statistical technique in review
116. Research article
117. Study questions
118. Answers to study questions
119. Exercise 20 Questions to be graded
120. 21.  Understanding Mann-Whitney U test
121. Statistical technique in review
122. Research article
123. Study questions
124. Answers to study questions
125. Exercise 21 Questions to be graded
126. 22.  Understanding Wilcoxon signed-rank test
127. Statistical technique in review
128. Research article
129. Study questions
130. Answers to study questions
131. Exercise 22 Questions to be graded
132. Part 2: Conducting and Interpreting Statistical Analyses
133. 23.  Selecting appropriate analysis techniques for studies
134. Statistics to address basic difference research questions and hypotheses
135. Statistics to address basic associational/correlational research questions and hypotheses
136. Applying inferential statistics to population data
137. Study questions
138. Answers to study questions
139. Exercise 23 Questions to be graded
140. 24.  Describing the elements of power analysis: Power, effect size, alpha, and sample size
141. Effect size
142. Study questions
143. Answers to study questions
144. Exercise 24 Questions to be graded
145. 25.  Conducting power analysis
146. Power analysis 1: Cohen’s d
147. Power analysis 2: Cohen’s f
148. Power analysis 3: Pearson r
149. Power analysis 4: R2
150. Power analysis 5: Odds ratio
151. Power analysis 6: d
152. Power analysis 7: Cohen’s dz
153. Study questions
154. Answers to study questions
155. Exercise 25 Questions to be graded
156. 26.  Determining the normality of a distribution
157. The normal curve
158. Skewness
159. Kurtosis
160. Tests of normality
161. SPSS computation
162. Interpretation of SPSS output
163. Study questions
164. Answers to study questions
165. Data for additional computational practice for questions to be graded
166. Exercise 26 Questions to be graded
167. 27.  Calculating descriptive statistics
168. Measures of central tendency
169. Measures of dispersion
170. Sampling error
171. SPSS computations
172. Interpretation of SPSS output
173. Study questions
174. Answers to study questions
175. Exercise 27 Questions to be graded
176. 28.  Calculating Pearson product-moment correlation coefficient
177. Research designs appropriate for the Pearson r
178. Statistical formula and assumptions
179. Hand calculations
180. SPSS computations
181. Interpretation of SPSS output
182. Final interpretation in American Psychological Association (APA) format
183. Effect size
184. Study questions
185. Answers to study questions
186. Data for additional computational practice for questions to be graded
187. Exercise 28 Questions to be graded
188. 29.  Calculating simple linear regression
189. Research designs appropriate for simple linear regression
190. Statistical formula and assumptions
191. Hand calculations
192. SPSS computations
193. Interpretation of SPSS output
194. Final interpretation in American Psychological Association (APA) format
195. Study questions
196. Answers to study questions
197. Data for additional computational practice for the questions to be graded
198. Exercise 29 Questions to be graded
199. 30.  Calculating multiple linear regression
200. Research designs appropriate for multiple linear regression
201. Statistical formula and assumptions
202. SPSS computations
203. Interpretation of SPSS output
204. Final interpretation in American Psychological Association (APA) format
205. Study questions
206. Answers to study questions
207. Exercise 30 Questions to be graded
208. 31.  Calculating t-tests for independent samples
209. Research designs appropriate for the independent samples t-test
210. Statistical formula and assumptions
211. Hand calculations
212. SPSS computations
213. Interpretation of SPSS output
214. Final interpretation in American Psychological Association (APA) format
215. Study questions
216. Answers to study questions
217. Data for additional computational practice for questions to be graded
218. Exercise 31 Questions to be graded
219. 32.  Calculating t-tests for paired (dependent) samples
220. Research designs appropriate for the paired samples t-test
221. Statistical formula and assumptions
222. Hand calculations
223. SPSS computations
224. Interpretation of SPSS output
225. Final interpretation in American Psychological Association (APA) format
226. Answers to study questions
227. Data for additional computational practice for questions to be graded
228. Exercise 32 Questions to be graded
229. 33.  Calculating analysis of variance (ANOVA) and post hoc analyses following ANOVA
230. Research designs appropriate for the one-way ANOVA
231. Statistical formula and assumptions
232. Hand calculations
233. SPSS computations
234. Interpretation of SPSS output
235. Final interpretation in American Psychological Association (APA) format
236. Study questions
237. Answers to study questions
238. Data for additional computational practice for questions to be graded
239. Exercise 33 Questions to be graded
240. 34.  Calculating sensitivity and specificity
241. Statistical formula and assumptions
242. Hand calculations
243. SPSS computations
244. Interpretation of SPSS output
245. Study questions
246. Answers to study questions
247. Data for additional computational practice for questions to be graded
248. Exercise 34 Questions to be graded
249. 35.  Calculating Pearson chi-square
250. Research designs appropriate for the Pearson χ2
251. Statistical formula and assumptions
252. Hand calculations
253. SPSS computations
254. Interpretation of SPSS output
255. Final interpretation in American Psychological Association (APA) format
256. Study questions
257. Answers to study questions
258. Data for additional computational practice for questions to be graded
259. Exercise 35 Questions to be graded
260. 36.  Calculating odds ratio and 95% confidence intervals
261. Research designs appropriate for the odds ratio
262. Statistical formula and assumptions
263. Hand calculations
264. SPSS computations
265. Interpretation of SPSS output
266. Final interpretation in American Psychological Association (APA) format
267. Study questions
268. Answers to study questions
269. Data for additional computational practice for questions to be graded
270. Exercise 36 Questions to be graded
271. References
272. Appendix A: Critical values for student’s t distribution
273. Appendix B: Critical values of r for Pearson product moment correlation coefficient
274. Appendix C: Critical values of F for α = 005 and α = 001
275. Appendix D: Critical values of the χ2 distribution
276. Index
277. Inside back cover
278. Contents